Question: who discovered that the moon orbits the earth

Answer: the Babylonians

This is a document about Orbit of the Moon
 the Babylonians seem to have lacked any geometrical or physical interpretation of their data, and they could not predict future lunar eclipses (although "warnings" were issued before likely eclipse times). Ancient Greek astronomers were the first to introduce and analyze mathematical models of the motion of objects in the sky. Ptolemy described lunar motion by using a well-defined geometric model of epicycles and evection. Sir Isaac Newton was the first to develop a complete theory of motion, mechanics. The sheer wealth of humanity's observations of the lunar motion was the main testbed of his theory. There are several different periods

This is a document about Linden Observatory Complex
  lunar phases and argued that these observations empirically supported the theory that the earth moves around the sun. James Kepler a contemporary of Galileo's supported Galileo's observations. He was the first to attempt to derive mathematical predictions of celestial motions from assumed physical cases. Years of his research culminated in the publication of his "Epitome of Copernican Astronomy" in 1615 in which his three laws of planetary motion were outlined, theorising a heliocentric planetary system. By 1687 the marriage of physics and astronomy reached its epitome as Isaac Newton realised that the same force which attracted objects to the earth also fixed the moon in orbit around the earth and posited the law of universal gravitation.

This is a document about Satellite system (astronomy)
  planetary satellites fell out of general favour. Nevertheless, in some of these models, the Sun and Moon would have been satellites of the Earth. Nicholas Copernicus published a model in which the Moon orbited around the Earth in the Dē revolutionibus orbium coelestium (On the Revolutions of the Celestial Spheres), in the year of his death, 1543. It was not until the discovery of the Galilean moons in either 1609 or 1610 by Galileo, that the first definitive proof was found for celestial bodies orbiting planets. The first suggestion of a ring system was in 1655, when Christiaan Huygens thought that Saturn was surrounded by rings. The first probe to explore a satellite system other than Earth was Mariner 7 in 1969, which observed Phobos. The twin probes Voyager 1 and Voyager 2 were the first to explore the Jovian system in 1979.

This is a document about Giant-impact hypothesis
  In 1898, George Darwin made the suggestion that Earth and the Moon were once a single body. Darwin's hypothesis was that a molten Moon had been spun from Earth because of centrifugal forces, and this became the dominant academic explanation. Using Newtonian mechanics, he calculated that the Moon had orbited much more closely in the past and was drifting away from Earth. This drifting was later confirmed by American and Soviet experiments, using laser ranging targets placed on the Moon. Nonetheless, Darwin's calculations could not resolve the mechanics required to trace the Moon backward to the surface of Earth. In 1946, Reginald Aldworth Daly of Harvard University challenged Darwin's explanation, adjusting it to postulate that the

This is a document about Newton's theorem of revolving orbits
   The motion of the Moon can be measured accurately, and is noticeably more complex than that of the planets. The ancient Greek astronomers, Hipparchus and Ptolemy, had noted several periodic variations in the Moon's orbit, such as small oscillations in its orbital eccentricity and the inclination of its orbit to the plane of the ecliptic. These oscillations generally occur on a once-monthly or twice-monthly time-scale. The line of its apses precesses gradually with a period of roughly 8.85 years, while its line of nodes turns a full circle in roughly double that time, 18.6 years. This accounts for the roughly 18-year periodicity of eclipses, the so-called Saros cycle. However, both lines experience small fluctuations in their motion, again on the monthly time-scale. In 1673, Jeremiah Horrocks published a reasonably accurate model of

This is a document about List of Italian inventions and discoveries
  moons could not have existed. This discovery, along with his observation of the phases of Venus, gave proof of a heliocentric universe. ; Jupiter Great Red Spot, observed by Giovanni Domenico Cassini. ; Lagrangian orbits: mathematician and astronomer Giuseppe Luigi Lagrangia, also known as Joseph Louis Lagrange, was one of the creators of the calculus of variations and discovered the points of libration in a planetary orbit, now called Lagrangian Points, by studying the astronomic and mathematic problem of calculating the evolution during time of three celestial bodies (such as Sun, Earth and Moon) concurrent orbits. ; Moon's mountains and valleys, observed by Galileo. These observations

This is a document about Deferent and epicycle
  while the ground seems still and steady underfoot. Some Greek astronomers (e.g., Aristarchus of Samos) speculated that the planets (Earth included) orbited the Sun, but the optics (and the specific mathematics – Isaac Newton's Law of Gravitation for example) necessary to provide data that would convincingly support the heliocentric model did not exist in Ptolemy's time and would not come around for over fifteen hundred years after his time. Furthermore, Aristotelian physics was not designed with these sorts of calculations in mind, and Aristotle's philosophy regarding the heavens was entirely at odds with the concept of heliocentrism. It was not until Galileo Galilei observed the moons

This is a document about The Copernican Question
  Earthlike moon with lunar inhabitants, the dark areas interpreted as seas, the entire body surrounded by a vaporous atmosphere. The existence of Lunatics was further testimony to the divine wisdom. And the pluralist argument became a significant resource for attracting adherents to a multiplicity of sun-centered systems in an infinite universe. 15. In England, prominent midcentury astrologers like Vincent Wing (1619-1668) and Thomas Streete (1621?-1689) learned their Copernicus through Kepler and Descartes and associated the accuracy of their predictions with Kepler’s Rudolfine Tables (1627). 16. Isaac Newton (1642-1727) and Robert Hooke (1635-1702) were members of a generation that encountered the Copernican Question not

This is a document about Moon
  One of the earliest-discovered possible depictions of the Moon is a 5000-year-old rock carving Orthostat 47 at Knowth, Ireland. Understanding of the Moon's cycles was an early development of astronomy: The ancient Greek philosopher Anaxagoras (d. 428 BC) reasoned that the Sun and Moon were both giant spherical rocks, and that the latter reflected the light of the former. Elsewhere in the 5th century BC to 4th century BC, Babylonian astronomers had recorded the 18-year Saros cycle of lunar eclipses, and Indian astronomers had described the Moon's monthly elongation. The Chinese astronomer Shi Shen (fl. 4th century BC) gave instructions for predicting solar and lunar eclipses. In Aristotle's (384–322

This is a document about A Brief History of Time
  and made a planetary model that described Aristotle's thinking in more detail. Today, it is known that the opposite is true: the Earth goes around the Sun. The Aristotelian and Ptolemaic ideas about the position of the stars and Sun were overturned by a series of discoveries in the 16th, 17th, and 18th centuries. The first person to present a detailed argument that the Earth revolves around the Sun was the Polish priest Nicholas Copernicus, in 1514. Nearly a century later, Galileo Galilei, an Italian scientist, and Johannes Kepler, a German scientist, studied how the moons of some planets moved in the sky, and used their observations

This is a document about Tidal acceleration
  (arcseconds) in lunar longitude, which is a surprisingly accurate result for its time, not differing greatly from values assessed later, e.g. in 1786 by de Lalande, and to compare with values from about 10″ to nearly 13″ being derived about a century later. Pierre-Simon Laplace produced in 1786 a theoretical analysis giving a basis on which the Moon's mean motion should accelerate in response to perturbational changes in the eccentricity of the orbit of Earth around the Sun. Laplace's initial computation accounted for the whole effect, thus seeming to tie up the theory neatly with both modern and ancient observations. However, in 1854, John Couch Adams

This is a document about Topography of the Moon
  The idea that the Moon is not perfectly smooth originates to at least c. 450 BC, when Democritus asserted that the Moon's "lofty mountains and hollow valleys" were the cause of its markings. However, not until the end of the 15th century AD did serious study of selenography begin. Around AD 1603, William Gilbert made the first lunar drawing based on naked-eye observation. Others soon followed, and when the telescope was invented, initial drawings of poor accuracy were made, but soon thereafter improved in tandem with optics. In the early 18th century, the librations of the Moon were measured, which revealed that more than half of the lunar surface was visible to observers on Earth. In 1750, Johann Meyer produced

This is a document about Richard Arenstorf
  While the orbit of a satellite around the Sun was empirically discovered by Kepler and theoretically proven by Newton to be an ellipse, at the time when the United States was interested in going to the Moon, there was no such solution known for the shape of a satellite orbiting regularly around two objects, such as a spacecraft going between the Earth and the Moon. This is a special case of the infamous three-body problem, for which a general analytical solution is not known because of its complexity of solving the effect of three bodies which all pull on each other while moving, a total of six interactions. However the case of an Earth-Moon satellite can be simplified to four interactions, because although the three objects gravitationally all pull on each other, the effect of the spacecraft's gravity upon the motion of the vastly more massive Earth and Moon

This is a document about Timeline of Solar System astronomy
  possibly Comet Halley, is recorded in Spring and Autumn Annals by the Chinese ; 586 BC – Thales of Miletus alleged to have predicted a solar eclipse ; c. 450 BC: Anaxagoras shows that the Moon shines by reflected sunlight. ; 350 BC – Aristotle argues for a spherical Earth using lunar eclipses and other observations ; 280 BC – Aristarchus of Samos offers the first definite discussion of the possibility of a heliocentric cosmos, and uses the size of the Earth's shadow on the Moon to estimate the Moon's orbital radius at 60 Earth radii, and its physical radius as one-third that of the Earth. He also makes an inaccurate attempt to measure the

This is a document about Christiaan Huygens
  Christiaan Huygens (, also  ,  ; Hugenius; 14 April 1629 – 8 July 1695), also spelled Huyghens, was a Dutch mathematician, physicist, astronomer and inventor, who is widely regarded as one of the greatest scientists of all time and a major figure in the scientific revolution. In physics, Huygens made groundbreaking contributions in optics and mechanics, while as an astronomer he is chiefly known for his studies of the rings of Saturn and the discovery of its moon Titan. As an inventor, he improved the design of telescopes and invented the pendulum clock, a breakthrough in timekeeping and the most accurate timekeeper for almost 300 years. An exceptionally talented mathematician and physicist, Huygens was the first to idealize a physical problem

This is a document about Planetary science
  plants and all water." In more modern times, planetary science began in astronomy, from studies of the unresolved planets. In this sense, the original planetary astronomer would be Galileo, who discovered the four largest moons of Jupiter, the mountains on the Moon, and first observed the rings of Saturn, all objects of intense later study. Galileo's study of the lunar mountains in 1609 also began the study of extraterrestrial landscapes: his observation "that the Moon certainly does not possess a smooth and polished surface" suggested that it and other worlds might appear "just like the face of the Earth itself". Advances in telescope construction and instrumental resolution gradually allowed increased identification of the atmospheric

This is a document about Galileo Galilei
  On 30 November 1609, Galileo aimed his telescope at the Moon. While not being the first person to observe the Moon through a telescope (English mathematician Thomas Harriot had done it four months before but only saw a "strange spottednesse"), Galileo was the first to deduce the cause of the uneven waning as light occlusion from lunar mountains and craters. In his study, he also made topographical charts, estimating the heights of the mountains. The Moon was not what was long thought to have been a translucent and perfect sphere, as Aristotle claimed, and hardly the first "planet", an "eternal pearl to magnificently ascend into the heavenly empyrian", as put forth by Dante. Galileo is sometimes credited with the discovery of the lunar libration in latitude in 1632, although Thomas Harriot or William Gilbert might have done it before. A friend of Galileo's, the painter Cigoli, included a realistic depiction of the Moon in one of his paintings, though probably used his own telescope to make the observation.

This is a document about Libration
 Libration in longitude results from the eccentricity of the Moon's orbit around Earth; the Moon's rotation sometimes leads and sometimes lags its orbital position. The lunar libration in longitude was discovered by Johannes Hevelius in 1648. It can reach 7°54′ in amplitude. ; Libration in latitude results from a slight inclination (about 6.7°) between the Moon's axis of rotation and the normal to the plane of its orbit around Earth. Its origin is analogous to how the seasons arise from Earth's revolution about the Sun. Galileo Galilei is sometimes credited with the discovery of the lunar libration in latitude in 1632, although Thomas Harriot or William Gilbert might have done so before.

This is a document about Anagram
  moon]). In both cases, Johannes Kepler had solved the anagrams incorrectly, assuming they were talking about the Moons of Mars (Salve, umbistineum geminatum Martia proles) and a red spot on Jupiter (Macula rufa in Jove est gyratur mathem), respectively. By coincidence, he turned out to be right about the actual objects existing. In 1656, Christiaan Huygens, using a better telescope than those available to Galileo, figured that Galileo's earlier observations of Saturn actually meant it had a ring (Galileo's tools were only sufficient to see it as bumps) and, like Galileo, had published an anagram, . Upon confirming his observations, three years later he revealed it to mean Annulo cingitur, tenui, plano, nusquam coherente, ad eclipticam inclinato (Latin: It [Saturn]

This is a document about Satellite system (astronomy)
  The notion of satellite systems pre-dates history. The Moon was known by the earliest humans. The earliest models of astronomy were based around celestial bodies (or a "celestial sphere") orbiting the Earth. This idea was known as geocentrism (where the Earth is the centre of the universe). However the geocentric model did not generally accommodate the possibility of celestial objects orbiting other observed planets, such as Venus or Mars. Seleucus of Seleucia (b. 190 BCE) made observations which may have included the phenomenon of tides, which he supposedly theorized to be caused by the attraction to the Moon and by the revolution of the Earth around an Earth-Moon 'center of mass'. As heliocentrism (the doctrine that the Sun is the centre of the universe) began to gain in popularity in the 16th century, the focus shifted to planets and the idea of systems

The moon's orbit around the Earth was first proposed by Aristotle in ancient Greece, but the first definitive evidence of lunar orbital motion was provided by Galileo Galilei in the early 17th century. However, the first accurate measurements of the moon's orbit were made by Johannes Kepler in the late 16th century, and he was the first to publish mathematical models of planetary orbits, including the moon's orbit around the Earth.


Question: what percentage of china 's labor force deals with agriculture

Answer: 8.6 %

This is a document about Economy of China
 arrivals was 58 million, and international tourism receipts were US$48 billion. Domestic tourism market makes up more than 90% of the country's tourism traffic, and contributes more than 70% of total tourism revenue. In 2002, domestic tourists reached 878 million and tourism revenue was $46.9 billion. A large middle class with strong consumption power is emerging in China, especially in major cities. China's outbound tourists reached 20.22 million in 2003, overtaking Japan for the first time. It is forecast by the World Tourism Organization that China's tourism industry will take up to 8.6% of world market share to become the

This is a document about Geography of China
  As the country continues to industrialize, the share of agriculture as a part of China's GDP has lowered to 11% in recent years. Of the enormous labor force in China, 27.7% work in agriculture. China's primary agricultural import is wheat from Argentina, Australia, Canada, and France. They import about four to five million metric tons of wheat per year and they are able to buy the wheat for about $70 per ton, making wheat China's most important agricultural import. On the other hand, China's most important agricultural export is rice. China exports about 750,000 metric tons of rice per year for about $120 per ton.

This is a document about History of agriculture in China
  In the late 1980s, China remained a predominantly agricultural country. As of 1985 about 63% [percent] of the population lived in rural areas, and nearly 63 percent of the national labor force was engaged in agriculture (see Migration in China). Modern technology had spread slowly in the vast farm areas, and the availability of modern supplies was less than adequate, causing growth in agricultural output to lag behind production increases in the rest of the economy. The proportion of GNP produced by agriculture declined from over 43 percent in the early 1950s to about 29 percent in 1985. The low agricultural growth rate as compared with other

This is a document about Agriculture in Macau
  Agriculture sector contributes around 1% of its gross domestic product (GDP). It employs around less than 1% of the workforce in Macau.

This is a document about Labor relations in China
  Women have been a major labor presence in China since the People's Republic was established. Some 40–45 percent of all women over age 15 are employed. China's estimated employed labor force in 2005 totaled 791.4 million persons, about 60% of the total population. During 2003, 49% of the labor force worked in agriculture, forestry, and fishing; 22% in mining, manufacturing, energy, and construction industries; and 29% in the services sector and other categories. In 2004 some 25 million persons were employed by 743,000 private enterprises. Urban wages rose rapidly from 2004 to 2007, at a rate of 13 to 19% per year

This is a document about History of agriculture in China
  sector. This ratio dropped to 41 percent by 1955, declined to 31 percent by 1965, and fell another few percentage points in 1975 to 25 percent. But agricultural reforms initiated in the early 1980s brought a rise in agriculture to 33 percent of GDP in 1985. At the same time, more than 60 percent of the national labor force was employed in agriculture. China in the late 1980s was thus poised to confront growing demands for agricultural production with a combination of time-tested farming methods and modern agro-technology. The size and diversity of the country – in geography and in population – however, had presented a unique challenge to China's policy makers and implementors.

This is a document about Economy of Isan
   Agriculture remains the largest sector of the economy, but its importance is decreasing. Its share of GRP fell from 45 percent in 1980 to 33.2 percent in 1990, and to 27.1 percent in 2013. During the 1990s, the agricultural sector grew at 3.8 percent per annum, compared to 9.7 percent for the service sector. Although 76 percent of the population engages in some form of agriculture, only 46 percent of the workforce is formally employed in the sector, reflecting the fact that for many it is a part-time occupation. Of the region's 155,400 km2, only 92,204 km2 is cultivated, and

This is a document about Agusan del Sur
  Based on the 1995 census, 75% of the labor force is engaged in agriculture and forestry. Rice, corn and fruits are among the major agricultural crops.

This is a document about Economy of Mexico
  Agriculture as a percentage of total GDP has been steadily declining, and now resembles that of developed nations in that it plays a smaller role in the economy. In 2006, agriculture accounted for 3.9% of GDP, down from 7% in 1990, and 25% in 1970. Given the historic structure of ejidos, it employs a considerably high percentage of the work force: 18% in 2003, mostly of which grows basic crops for subsistence, compared to 2–5% in developed nations in which production is highly mechanized.

This is a document about Economy of China
  than half of the value of rural output. Today, agriculture contributes only 13% of China's GDP. Animal husbandry constitutes the second most important component of agricultural production. China is the world's leading producer of pigs, chickens, and eggs, and it also has sizable herds of sheep and cattle. Since the mid-1970s, greater emphasis has been placed on increasing the livestock output. China has a long tradition of ocean and freshwater fishing and of aquaculture. Pond raising has always been important and has been increasingly emphasized to supplement coastal and inland fisheries threatened by overfishing and to provide such valuable export commodities as prawns. China

This is a document about Economy of the Gambia
  Agriculture accounts for 23% of gross domestic product (GDP) and employs 75% of the labor force. Within agriculture, peanut production accounts for 5.3% of GDP, other crops 8.3%, livestock 4.4%, fishing 1.8%, and forestry 0.5%.

This is a document about Migration in China
  Rural-urban migrant workers have a significant presence in China's labor force. By 2006, migrant workers comprised 40% of the total urban labor force. According to data from National Bureau of Statistics, in 2009 nearly 39.1% of them worked in manufacturing, about 17.3% in construction and more than 7.8% in wholesale and retail. In addition, the number of the migrants who were employed in the tertiary sector of the economy was increasing, which indicated a new trend of employment choice. A report from International Labour Organization in 2006 states that there were also 80 million workers working in the informal sector and it was estimated that between two-thirds and three-quarters of all new employment is in

This is a document about Economy of West Bengal
   Agriculture accounts for the largest share of the labour force. It contributed around 18.7% to the gross state domestic product (GSDP) in 2009–10. A plurality of the state's population are peasant farmers.

This is a document about Economy of China
  the loss of rural workers who have migrated to the cities. According to the most recent statistics by the UN Food and Agriculture Organization, the annual growth rate of agricultural mechanization in China is 6.38 percent. By 2014, the integrated mechanization rate had risen to nearly 60 percent, with the rate for wheat surpassing 90 percent and that for maize approaching 80 percent. In addition to standard agricultural equipment like tractors, China's agriculture cooperatives have begun using high-tech equipment, including unmanned aerial vehicles, which are used to spay crops with pesticides. Good progress has been made in increasing water conservancy, and about half the

This is a document about Gender inequality in India
  The labour force participation rate of women was 80.7% in 2013. Nancy Lockwood of Society for Human Resource Management, the world's largest human resources association with members in 140 countries, in a 2009 report wrote that female labour participation is lower than men, but has been rapidly increasing since the 1990s. Out of India's 397 million workers in 2001, 124 million were women, states Lockwood. Over 50% of Indian labour is employed in agriculture. A majority of rural men work as cultivators, while a majority of women work in livestock maintenance, egg and milk production. Rao states that about 78 percent of rural women are engaged in agriculture, compared to 63 percent of men. About 37% of women are cultivators, but they are more active in the irrigation, weeding, winnowing, transplanting, and

This is a document about Economy of North Korea
 Agricultural: 35% ; Industry and services: 65% (2008 est.) Growth and changes in the structure and ownership pattern of the economy also have changed the labor force. By 1958 individual private farmers, who once constituted more than 70% of the labor force, had been transformed into or replaced by state or collective farmers. Private artisans, merchants, and entrepreneurs had joined state or cooperative enterprises. In the industrial sector in 1963, the last year for which such data are available, there were 2,295 state enterprises and 642 cooperative enterprises. The size and importance of the state enterprises can be surmised by the fact that state enterprises, which constituted 78% of the total number of industrial enterprises, contributed 91% of total industrial output. Labor force (12.6 million)—by occupation:

This is a document about Agriculture in Taiwan
  The agriculture sector employs around 540,000 people in Taiwan, about 5% of the total population. In 1997, there were around 780,000 farm households, in which 80% of them were part-time farm households. There are 1.1 hectares of cultivatable land per farm family.

This is a document about Geography of China
  significant agricultural exports from China are potatoes, corn, tobacco, peanuts, tea, apples, cotton, pork, mutton, eggs, fish, and shrimp. According to the World Bank, as of 2015, China's total arable land was estimated at 119,000,000 hectares. Since 2005, arable land in China has been on the decline and the total arable land per citizen has reached .2 acres. As a percentage, agricultural land makes up about 54.7% of land. The climate of the country is difficult to describe because it varies so much depending on the region of China. The southernmost parts of the country are almost tropical, while the northernmost part is subarctic.

This is a document about Economy of Poland
  Agriculture employs 12.7% of the workforce but contributes 3.8% to the gross domestic product (GDP), reflecting relatively low productivity. Unlike the industrial sector, Poland's agricultural sector remained largely in private hands during the decades of real socialist [sic] rule. Most of the former state farms are now leased to farmer tenants. Lack of credit is hampering efforts to sell former state farmland. Currently, Poland's 2 million private farms occupy 90% of all farmland and account for roughly the same percentage of total agricultural production. Farms are small—8 hectares on average—and often fragmented. Farms with an area exceeding 15 ha accounted for 9% of the total number of farms but cover 45% of

This is a document about Rural industry in India
  The agriculture industry is crucial as it solved the subsistence of the 2/3 of the population in the field study at Ambedkar Negar district, in which, the labor force of India accounts for 52%, and this sector made the contribution of 15.7% of the Gross domestic product between 2008 and 2009. The majority of the National economy is contributed by the agricultural industry. The job of people who lived in rural India is still mainly engaging in agricultural. Nevertheless, it also found that the agricultural has a receding proportion in the GDP. There are approximately 91% of the population in the 13 selected villages in India works

Approximately 36% of China's labor force was engaged in agriculture in 1985. However, by 2004, this figure had decreased to about 29%.


Question: how much percentage of oxygen is in the air

Answer: 20.95 % oxygen

This is a document about Atmosphere of Earth
 Atmosphere of Earth The atmosphere of Earth is the layer of gases, commonly known as air, that surrounds the planet Earth and is retained by Earth's gravity. The atmosphere of Earth protects life on Earth by creating pressure allowing for liquid water to exist on the Earth's surface, absorbing ultraviolet solar radiation, warming the surface through heat retention (greenhouse effect), and reducing temperature extremes between day and night (the diurnal temperature variation). By volume, dry air contains 78.09% nitrogen, 20.95% oxygen, 0.93% argon, 0.04% carbon dioxide, and small amounts of other gases. Air also contains a variable amount of water

This is a document about Oxygen cycle
  The atmosphere is 20.9% oxygen by volume, which equates to a total of roughly 34 × 1018 mol of oxygen. Other oxygen-containing molecules in the atmosphere include ozone (O3), carbon dioxide (CO2), water vapor (H2O), and sulphur and nitrogen oxides (SO2, NO, N2O, etc.).

This is a document about Hypoxia (environmental)
   Hypoxia refers to low oxygen conditions. Normally, 20.9% of the gas in the atmosphere is oxygen. The partial pressure of oxygen in the atmosphere is 20.9% of the total barometric pressure. In water, oxygen levels are much lower, approximately 7 ppm or 0.0007% in good quality water, and fluctuate locally depending on the presence of photosynthetic organisms and relative distance to the surface (if there is more oxygen in the air, it will diffuse across the partial pressure gradient).

This is a document about Breathing
  below 80 km, as a result of the continuous mixing effect of the weather. The concentration of oxygen in the air (mmols O2 per liter of air) therefore decreases at the same rate as the atmospheric pressure. At sea level, where the ambient pressure is about 100 kPa, oxygen contributes 21% of the atmosphere and the partial pressure of oxygen ( PO 2 ) is 21 kPa (i.e. 21% of 100 kPa). At the summit of Mount Everest, 8848 m, where the total atmospheric pressure is 33.7 kPa, oxygen still contributes 21% of the atmosphere but its partial pressure is only 7.1

This is a document about Mouth-to-mouth resuscitation
  Normal atmospheric air contains approximately 21% oxygen when inhaled. After gaseous exchange has taken place in the lungs, with waste products (notably carbon dioxide) moved from the bloodstream to the lungs, the air being exhaled by humans normally contains around 17% oxygen. This means that the human body utilises only around 19% of the oxygen inhaled, leaving over 80% of the oxygen available in the exhalatory breath. This means that there is more than enough residual oxygen to be used in the lungs of the patient, which then enters the blood.

This is a document about Respiratory system
  air. (The tracheal partial pressure of oxygen is 21% of [100 kPa – 6.3 kPa] = 19.7 kPa). At the summit of Mt. Everest (at an altitude of 8,848 m or 29,029 ft) the total atmospheric pressure is 33.7 kPa, of which 7.1 kPa (or 21%) is oxygen. The air entering the lungs also has a total pressure of 33.7 kPa, of which 6.3 kPa is, unavoidably, water vapor (as it is at sea level). This reduces the partial pressure of oxygen entering the alveoli to 5.8 kPa (or 21% of [33.7 kPa – 6.3 kPa] = 5.8 kPa). The reduction

This is a document about Oxygen storage
  Air is the most common source and reservoir of oxygen, containing 20.8% oxygen. This concentration is sufficient for many purposes, such as combustion of many fuels, corrosion of many metals, and breathing of animals. Most humans can function at rest with an oxygen level of 15% at one atmosphere pressure; a fuel such as methane is combustable down to 12% oxygen in nitrogen. A small room of 10 meter3 has 2.08 meter3 (2080 liters) or 2.99 kg of oxygen which would occupy 2.62 liters if it was liquid.

This is a document about Oxygenation (environmental)
  the amount of oxygen (O2) dissolved in the water compared to equilibrium conditions. Supersaturation of oxygen (i.e. saturation levels above 100%) can occur naturally. The most common cause is oxygen production by photosynthetically active species such as plants and algae. According to Henry's law, the equilibrium oxygen concentration is proportional to the partial pressure of oxygen gas. As air contains about 21% oxygen the equilibrium concentration of pure oxygen gas corresponds to nearly 500% air saturation. The other reason is that the oxygen concentration can be slow to adjust to changes in the environment. A rapid increase in temperature can reduce the equilibrium concentration of oxygen to a value

This is a document about Rebreather
  As a person breathes, the body consumes oxygen and produces carbon dioxide. Base metabolism requires about 0.25 L/min of oxygen from a breathing rate of about 6 L/min, and a fit person working hard may ventilate at a rate of 95 L/min but will only metabolise about 4 L/min of oxygen The oxygen metabolised is generally about 4% to 5% of the inspired volume at normal atmospheric pressure, or about 20% of the available oxygen in the air at sea level. Exhaled air at sea level contains roughly 13.5% to 16% oxygen. The situation is even more wasteful of oxygen when the oxygen fraction of the breathing gas

This is a document about Mars suit
   Humans take in oxygen and expel carbon dioxide and water vapor when they breathe, and typically breathe between 12 and 20 times per minute at rest and up to 45 times per minute under high activity. At standard sea level conditions on Earth of 101.33 kPa, humans are breathing in 20.9% oxygen, at a partial pressure of 21.2 kPa. This is the required oxygen supply corresponding to normal Earth conditions. Humans generally require supplemental oxygen at altitudes above 15000 ft, so the absolute minimum safe oxygen requirement is a partial pressure of 11.94 kPa For reference, the Apollo EMU used an operating pressure of 25.5 kPa on the Moon. Exhaled breath on Earth normally contains about 4% carbon dioxide and 16% oxygen, along with 78%

This is a document about Oxygen
  Oxygen is the most abundant chemical element by mass in the Earth's biosphere, air, sea and land. Oxygen is the third most abundant chemical element in the universe, after hydrogen and helium. About 0.9% of the Sun's mass is oxygen. Oxygen constitutes 49.2% of the Earth's crust by mass as part of oxide compounds such as silicon dioxide and is the most abundant element by mass in the Earth's crust. It is also the major component of the world's oceans (88.8% by mass). Oxygen gas is the second most common component of the Earth's atmosphere, taking up 20.8% of its volume and 23.1% of its mass (some 1015 tonnes). Earth is unusual among the planets of the

This is a document about Breathing
  air enters the alveoli) consists of: water vapor ( PH 2O = 6.3 kPa), nitrogen ( PN 2 = 74.0 kPa), oxygen ( PO 2 = 19.7 kPa) and trace amounts of carbon dioxide and other gases, a total of 100 kPa. In dry air, the PO 2 at sea level is 21.0 kPa, compared to a PO 2 of 19.7 kPa in the tracheal air (21% of [100 – 6.3] = 19.7 kPa). At the summit of Mount Everest tracheal air has a total pressure of 33.7 kPa, of which 6.3 kPa is water vapor, reducing the PO 2 in the

This is a document about Trisynaptic circuit
  breath (with oxygen concentrations at 21%). The air we breath is composed of the following five gases: nitrogen (78%), oxygen (21%), water vapor (5%), argon (1%), and carbon dioxide (0.03%). Finally, in hypoxic conditions, which is a condition of low oxygen concentration (less than 21% oxygen concentrations). There are physiological and psychological disorders related to prolonged exposure to hypoxic conditions. For example, sleep apnea is a condition where there is partial, or complete, blockage of breathing during sleep. In addition, the respiratory system linked to central nervous system via base of brain. Thus, prolonged exposure to low oxygen concentration has detrimental effects on the brain.

This is a document about Trace gas
  Trace gases are those gases in the atmosphere other than nitrogen (78.1%), oxygen (20.9%), and argon (0.934%) which, in combination, make up 99.934% of the gases in the atmosphere (not including water vapor).

This is a document about Death zone
  The human body functions best at sea level where the atmospheric pressure is 101,325 Pa or 1013.25 millibars (or 1 atm, by definition). The concentration of oxygen (O2) in sea level air is 20.9% so the partial pressure of O2 (PO2) is about 21.2 kPa. In healthy individuals, this saturates hemoglobin, the oxygen-binding red pigment in red blood cells. Atmospheric pressure decreases with altitude while the O2 fraction remains constant to about 85 km, so PO2 decreases with altitude as well. It is about half of its sea level value at 5500 m, the altitude of the Mount Everest base camp,

This is a document about Oxygen
   Oxygen dissolves more readily in water than in nitrogen, and in freshwater more readily than in seawater. Water in equilibrium with air contains approximately 1 molecule of dissolved for every 2 molecules of  (1:2), compared with an atmospheric ratio of approximately 1:4. The solubility of oxygen in water is temperature-dependent, and about twice as much (14.6 mg/L) dissolves at 0 °C than at 20 °C (7.6 mg/L). At 25 °C and 1 atm of air, freshwater can dissolve about 6.04 milliliters (mL) of oxygen per liter, and seawater contains about 4.95 mL per liter. At 5 °C the solubility increases to 9.0 mL (50% more than at 25 °C) per liter for freshwater and 7.2 mL (45% more) per liter for sea water. Oxygen condenses at 90.20 K (−182.95 °C, −297.31 °F) and freezes

This is a document about Diving rebreather
  As a person breathes, the body consumes oxygen and produces carbon dioxide. Base metabolism requires about 0.25 L/min of oxygen from a breathing rate of about 6 L/min, and a fit person working hard may ventilate at a rate of 95 L/min but will only metabolise about 4 L/min of oxygen The oxygen metabolised is generally about 4% to 5% of the inspired volume at normal atmospheric pressure, or about 20% of the available oxygen in the air at sea level. Exhaled air at sea level contains roughly 13.5% to 16% oxygen. The situation is even more wasteful of oxygen when the oxygen fraction of the breathing gas is higher, and in underwater diving, the compression of breathing gas due

This is a document about Breathing gas
 Air is a mixture of 21% oxygen, 78% nitrogen, and approximately 1% other trace gases, primarily argon; to simplify calculations this last 1% is usually treated as if it were nitrogen. Being cheap and simple to use, it is the most common diving gas.    As its nitrogen component causes nitrogen narcosis, it is considered to have a safe depth limit of about 40 metres (130 feet) for most divers, although the maximum operating depth of air taking an allowable oxygen partial pressure of 1,6 bar is 66.2 metres (218 feet).   Breathing air is air meeting specified standards for contaminants. ; Pure oxygen is mainly used

This is a document about Ozone
 O + + M →  + M → O + + kinetic energy + O → 2 The highest levels of ozone in the atmosphere are in the stratosphere, in a region also known as the ozone layer between about 10 km and 50 km above the surface (or between about 6 and 31 miles). However, even in this "layer", the ozone concentrations are only two to eight parts per million, so most of the oxygen there is dioxygen, O2, at about 210,000 parts per million by volume. Ozone in the stratosphere is mostly produced from short-wave ultraviolet rays between 240 and 160 nm. Oxygen starts to absorb weakly at 240 nm in the Herzberg bands,

This is a document about Exergy
  air at 25 °C and 1 atm of pressure. At these properties air consists of N2=75.67%, O2=20.35%, H2O(g)=3.12%, CO2=0.03% and other gases=0.83%. These molar fractions will become of use when applying Equation 8 below. CaHbOc is the substance that is entering a system that one wants to find the maximum theoretical work of. By using the following equations, one can calculate the chemical exergy of the substance in a given system. Below, Equation 8 uses the Gibbs function of the applicable element or compound to calculate the chemical exergy. Equation 9 is similar but uses standard molar chemical exergy, which scientists have determined based on several criteria, including the ambient temperature and pressure that a system is being analyzed and the concentration of the most common components. These values can be found in thermodynamic books or in online tables.

The percentage of oxygen in the air is approximately 20.95%.


Question: who is the girl who plays eleven in stranger things

Answer: Millie Bobby Brown

This is a document about Millie Bobby Brown
 Millie Bobby Brown Millie Bobby Brown (born 19 February 2004) is an English actress and model. She earned worldwide fame for her role as Eleven in the Netflix science fiction horror series "Stranger Things", for which she received a Primetime Emmy Award nomination for Outstanding Supporting Actress in a Drama Series at the age of 13, becoming one of the youngest Emmy Award nominees of all time. She is the youngest person ever to feature on "TIME" 100 list of the 100 most influential people and the youngest person to be appointed as a UNICEF Goodwill Ambassador. Brown was born

This is a document about Eleven (Stranger Things)
 Eleven (Stranger Things) Eleven (born Jane Ives; later Jane Hopper) is a fictional character of the Netflix science fiction horror series "Stranger Things". Portrayed by English actress Millie Bobby Brown, she is a girl with psychokinetic and telepathic abilities. Eleven is the daughter of Teresa "Terry" Ives, a participant in the Project MKUltra experiments conducted by the United States Central Intelligence Agency (CIA). Eleven appears to have been born telekinetic. However, the use of her abilities temporarily weakens her and causes her nose to bleed. At birth, Eleven was taken away from her mother by Dr. Martin Brenner and was

This is a document about Eleven (Stranger Things)
 for Best Hero and Best Actor in a Show, winning the latter award. She won Best Performance by a Younger Actor in a Television Series at the 43rd Saturn Awards. She was twice nominated for the Screen Actors Guild Award for Outstanding Performance by a Female Actor in a Drama Series in 2017 and 2018. She won a Kids Choice Award for Best Female Actor in 2018. Eleven (Stranger Things) Eleven (born Jane Ives; later Jane Hopper) is a fictional character of the Netflix science fiction horror series "Stranger Things". Portrayed by English actress Millie Bobby Brown, she is a

This is a document about Asia Pop Comic Convention
 personalities Octopimp and Commander Holly (Holly Conrad), props and costume designer Bill Doran, and several others. Over 29,000 attendees were reported. The 2016 convention was held from August 26 through 28 at the SMX Convention Center in Pasay. English actor Nicholas Hoult who is known for portraying a young Beast in the "X-Men" and Nux in the critically acclaimed film "" appeared as one of the celebrity guests. Actress Millie Bobby Brown, who is known for her roles as "Eleven" in "Stranger Things" and young Alice in "Once Upon a Time", also attended the convention. Actresses Holland Roden and Hayley

This is a document about Eleven (Stranger Things)
 be able to find anyone who could stay in character in scenes where they were not talking. However, the brothers were relieved after meeting Millie Bobby Brown, who they described as "something special, alright, with a downright spooky preternatural talent." Brown had to get a buzz cut for the role. Initially she and her parents were worried about this, although after she was shown a photo of Charlize Theron as Imperator Furiosa she agreed to getting her hair cut. The character and Brown's performance have received critical acclaim; Alice Vincent of "The Daily Telegraph" wrote that "Millie Bobby Brown continues

This is a document about Wild Things (album)
 most of the songs written about her new wife. "Let It Roll" was featured in an advertisement for Australian telecommunications company Optus. The song was also featured in a commercial for Converse entitled "First Day Feels" starring "Stranger Things" star Millie Bobby Brown. "A Love Song" and "The River" are featured in the soundtrack of the 2016 racing video game "Forza Horizon 3". "A Love Song" is also featured in the sitcom "Impastor". "Golden Girl" was featured in an episode of the television series "Supergirl". Credits adapted from the liner notes of "Wild Things". Wild Things (album) Wild Things is

This is a document about Stranger Things
 for Joyce as "she's out of her mind, but she's actually kind of onto something", and that the producers had faith she could pull off the difficult role. The Duffer Brothers had been interested in Harbour before, who until "Stranger Things" primarily had smaller roles as villainous characters, and they felt that he had been "waiting too long for this opportunity" to play a lead, while Harbour himself was thrilled by the script and the chance to play "a broken, flawed, anti-hero character". Additional casting followed two months later with Finn Wolfhard as Mike, Millie Bobby Brown in an undisclosed

This is a document about Eleven (Stranger Things)
  Eleven, born Jane Ives and legally named Jane Hopper Since She Got Adopted By Hopper in Season 2, is a fictional character of the Netflix science fiction horror drama series Stranger Things, written and produced by the Duffer Brothers. She is played by British actress Millie Bobby Brown. Eleven has psychokinetic and telepathic abilities.

This is a document about Asia Pop Comic Convention
  The 2016 convention was held from August 26 through 28 at the SMX Convention Center in Pasay. English actor Nicholas Hoult who is known for portraying a young Beast in the X-Men and Nux in the critically acclaimed film Mad Max: Fury Road appeared as one of the celebrity guests. Actress Millie Bobby Brown, who is known for her roles as Eleven in Stranger Things and young Alice in Once Upon a Time, also attended the convention. Actresses Holland Roden and Hayley Atwell initially confirmed their attendance in the convention, but later dropped out due to scheduling conflicts. Both of

This is a document about Joyce Byers
  Ryder won the Fangoria Chainsaw Awards in the category of Best TV Supporting Actress, as well as being nominated for the Gold Derby TV Awards for Drama Supporting Actress, and the Golden Globe Awards in the Best Actress – Television Series Drama category. Ryder was also nominated for the Satellite Awards in the category for Best Actress – Television Series Drama, the Saturn Awards in the category for Best Actress on a Television Series, and the Screen Actors Guild Awards in the category for Outstanding Performance by a Female Actor in a Drama Series along with Millie Bobby Brown, who appears in Stranger Things as Eleven.

This is a document about Millie Bobby Brown
  Millie Bobby Brown (born 19 February 2004) is a British actress and model. In 2018, Brown was featured in the Time 100 list of the world's most influential people, and was appointed as a UNICEF Goodwill Ambassador, the then youngest person selected for this position. Following a series of guest roles on television, Brown achieved acclaim for her role as Eleven in the Netflix sci-fi drama series Stranger Things (2016–present), which earned her two Primetime Emmy Award nominations for Outstanding Supporting Actress in a Drama Series, and two Screen Actors Guild Award nominations for Outstanding Performance by a Female Actor in a Drama Series. She is one of the youngest nominees for the award. Brown made her feature debut with a lead role in the monster film Godzilla: King of the Monsters (2019), a character she reprised in the sequel Godzilla vs. Kong (2021). She also starred in and produced the Netflix mystery film Enola Holmes (2020).

This is a document about Millie Bobby Brown
  In 2013, Brown made her acting debut as a guest star in the ABC fantasy drama series Once Upon a Time in Wonderland, a spin-off of Once Upon a Time, portraying the role of Young Alice. In 2014, she had a starring role in the BBC America paranormal drama-thriller series Intruders as Madison O'Donnell. She made guest appearances in the CBS police procedural drama NCIS, the ABC sitcom Modern Family, and the ABC medical drama series Grey's Anatomy. In 2016, Brown was cast to play Eleven ('El') in the Netflix science fiction horror series Stranger Things. She received critical praise and she was nominated for the Screen Actors Guild Award for Outstanding Performance by a Female Actor in a Drama Series and the Primetime Emmy Award for Outstanding Supporting Actress in a Drama Series.

This is a document about Stranger Things
  with its entities crawling into the real world. The third season focuses Eleven and Mike's relationship as the kids continue their battle against the Upside Down entities. The series stars an ensemble cast including Winona Ryder, David Harbour, Finn Wolfhard, Millie Bobby Brown, Gaten Matarazzo, Caleb McLaughlin, Noah Schnapp, Sadie Sink, Natalia Dyer, Charlie Heaton, Joe Keery, Cara Buono and Dacre Montgomery. The Duffer Brothers developed the series as a mix of investigative drama alongside supernatural elements portrayed with horror, science fiction and childlike sensibilities. Setting the series in the 1980s, the Duffer Brothers infused references to the pop culture of that

This is a document about Sarah O'Brien
  Her work has appeared in Eleven Eleven.

This is a document about Eleven (Stranger Things)
  The Duffer Brothers based the character of Eleven on survivors of the Project MKUltra experiments, with influences from E.T. and the idea of being an outsider. They also drew inspiration from the animes Elfen Lied and Akira, saying they "wanted there to be a mystery in her past, and also have her seem a little scary." Stranger Things was pitched as a limited series, and it was planned that Eleven would sacrifice herself in the last episode of the series. But, Netflix were keen for the show to be continued in a second season, so the brothers decided to keep this character alive.

This is a document about Eleven (Stranger Things)
  The brothers believed Eleven was the most difficult role to cast, as the character had few lines. They wanted a child actor who was able to convey much emotion. The Duffers were concerned that they would not find someone who could stay in character when not speaking. The brothers were relieved after meeting Millie Bobby Brown, who they described as "something special, alright, with a downright spooky preternatural talent." Brown had to shave her head for the role. Initially she and her parents were worried about this, although after she was shown a photo of Charlize Theron as Imperator Furiosa, she agreed to getting her hair cut.

This is a document about Millie Bobby Brown
  then won the Screen Actors Guild Award for Outstanding Performance by an Ensemble in a Drama Series with her co-stars and won the 43rd Saturn Award for Best Performance by a Younger Actor in a Television Series. For her role as Eleven in the second season of Stranger Things, she received her second nominations for a Screen Actors Guild Award and a Primetime Emmy Award in 2018. In November 2016, Brown starred in the music video for Sigma and Birdy's single "Find Me". Since November 2016, she has appeared in commercial advertisements for Citigroup. In January 2017, she made her modelling debut in Calvin Klein's "By Appointment" campaign. The following month, she was signed to the agency IMG Models. Brown appeared in the campaign of the Italian brand Moncler in the summer of 2018.

This is a document about Eleven (company)
  Eleven is a British Television Production company founded in 2006 by Jamie Campbell and Joel Wilson. Eleven produces scripted and non-scripted content for the UK and international markets. Eleven's recent output includes Sex Education , an eight part comedy drama series for Netflix created by Laurie Nunn and directed by Ben Taylor, Gap Year, a comedy drama written by Tom Basden and the first UK TV scripted series to film in China for E4, BAFTA-Nominated The Enfield Haunting, a drama series starring Timothy Spall, Juliet Stevenson and Matthew Macfadyen for Sky Living. Previous significant output includes the critically acclaimed, multi-award nominated series Glue,

This is a document about Sadie Sink
  as Kimberly. While filming the drama movie The Glass Castle, she became very close with Woody Harrelson, and particularly with his daughter, Makani. She was already a vegetarian, but Harrelson and his family inspired her to go vegan. In 2017, in the Netflix original Stranger Things, She played Maxine "Max" Mayfield, a skateboarder with an abusive stepbrother. In 2018, she collaborated with Rooney Mara, Sia, Joaquin Phoenix and Kat von D to narrate Chris Delforce's animal rights documentary Dominion. For her contribution to the documentary, she was granted the 2018 Award of Excellence for Narration by Hollywood International Independent Documentary Awards. In October 2019, she starred in Netflix's horror film Eli as Haley,

This is a document about Mie Sonozaki
  In (Andie West (Briana Evigan)) ; Stranger Things (Joyce Byers (Winona Ryder)) ; This Is Us (Rebecca Pearson (Mandy Moore)) ; The Time Traveler's Wife (Clare Abshire-DeTamble (Rachel McAdams)) ; The Tomorrow War (Colonel Muri Forester (Yvonne Strahovski)) ; Valentine's Day (Julia Fitzpatrick (Jennifer Garner)) ; The Village (Ivy Walker (Bryce Dallas Howard)) ; Walk the Line (Vivian Liberto (Ginnifer Goodwin)) ; War (Kira Yanagawa (Devon Aoki)) ; Water for Elephants (Marlena Rosenbluth (Reese Witherspoon)) ; Wheels on Meals (Sylvia (Lola Forner)) ; Yesterday (Ellie Appleton (Lily James)) ; Young Goethe in Love (Lotte Buff (Miriam Stein)) ; Younger (Liza Miller (Sutton Foster))

Millie Bobby Brown plays the role of Eleven in "Stranger Things."


Question: who wrote the music for peter and the wolf

Answer: Sergei Prokofiev

This is a document about Peter and the Wolf
 public domain by the decision. Peter and the Wolf Peter and the Wolf () Op. 67, a 'symphonic fairy tale for children', is a musical composition written by Sergei Prokofiev in 1936. The narrator tells a children's story, while the orchestra illustrates it. It is Prokofiev's most frequently performed work, and one of the most frequently performed works in the entire classical repertoire. It has been recorded many times. In 1936, Sergei Prokofiev was commissioned by Natalya Sats, the director of the Central Children's Theatre in Moscow, to write a musical symphony for children. Sats and Prokofiev had become acquainted

This is a document about David Bowie Narrates Prokofiev's Peter and the Wolf
 David Bowie Narrates Prokofiev's Peter and the Wolf David Bowie Narrates Prokofiev's Peter and the Wolf is a classical music album containing David Bowie's narration of Sergei Prokofiev's 1936 composition "Peter and the Wolf", as well as Benjamin Britten‘s "The Young Person's Guide to the Orchestra". The music is performed by the Philadelphia Orchestra conducted by Eugene Ormandy. The album was released in May 1978 on the RCA Red Seal label. It reached number 136 on the US Pop Albums chart. Bowie was RCA's third choice to undertake the narration for "Peter and the Wolf" behind Alec Guinness and Peter

This is a document about Peter and the Wolf (2006 film)
 Peter and the Wolf (2006 film) Peter & the Wolf () is a short Polish-British-Norwegian-Mexican model animation film released in 2006. Written and directed by Suzie Templeton and scenography by Marek Skrobecki, it was made in Se-ma-for Studios in Łódź and has been shown in cinemas, sometimes with live musical accompaniment. The film is based on the story of "Peter and the Wolf" as set to the music Sergei Prokofiev in 1936. Unlike the usual version of Prokofiev's work, the film has no narrator but relies on music and images to tell the story. A new recording of Prokofiev's music

This is a document about Wolf Tracks and Peter and the Wolf
 CD's cover and booklet was drawn by several orphans and disabled children from Moscow. The drawings were selected from the hundreds shown at the "How I See Music" Exhibition, an annual event sponsored by the RNO at the Moscow Conservatory. The recording received a Grammy in 2004, the first one ever awarded to either a former U.S. President or a Russian orchestra. Wolf Tracks and Peter and the Wolf Wolf Tracks and Peter and the Wolf was a 2003 album that combined the orchestral composition "Peter and the Wolf" by Sergei Prokofiev with a 2002 composition, "Wolf Tracks", which had

This is a document about Peter and the Wolf (1946 film)
 "House of Mouse" and "Who Framed Roger Rabbit". Peter and the Wolf (1946 film) Peter and the Wolf is a 1946 animated short based on the 1936 musical composition/fairy tale by Sergei Prokofiev, produced by Walt Disney and narrated by Sterling Holloway. It was originally released theatrically as a segment in "Make Mine Music". It was re-issued the following year accompanying a re-issue of "Fantasia" (as a short subject before the film), then released separately on home video in the 1990s. Prokofiev, while touring the West in 1938, visited Los Angeles and met Walt Disney. Prokofiev performed the piano version

This is a document about Peter and the Wolf (1946 film)
 Peter and the Wolf (1946 film) Peter and the Wolf is a 1946 animated short based on the 1936 musical composition/fairy tale by Sergei Prokofiev, produced by Walt Disney and narrated by Sterling Holloway. It was originally released theatrically as a segment in "Make Mine Music". It was re-issued the following year accompanying a re-issue of "Fantasia" (as a short subject before the film), then released separately on home video in the 1990s. Prokofiev, while touring the West in 1938, visited Los Angeles and met Walt Disney. Prokofiev performed the piano version of "Peter and the Wolf" for ""le papa

This is a document about The 7th Guest
 contained all the music from "T7G" (this time, on separate tracks) as well as its sequel, "The 11th Hour". The in-game music had conventions similar to the use of leitmotif in Sergei Prokofiev's Peter and the Wolf, wherein each guest was assigned a musical theme; where Peter and Wolf used instrumental changes for its characters, "The 7th Guest", conversely, used stylistic variations on the melody of Sanger's "The Game". Where two characters interact in the story, the styles are fused, counterpointed, or even sounded simultaneously and when tension abounds, the characters' themes are reflected thusly. "The 7th Guest" was the

This is a document about Wolf Tracks and Peter and the Wolf
 Wolf Tracks and Peter and the Wolf Wolf Tracks and Peter and the Wolf was a 2003 album that combined the orchestral composition "Peter and the Wolf" by Sergei Prokofiev with a 2002 composition, "Wolf Tracks", which had its score written by French composer Jean-Pascal Beintus and text written by Walt Kraemer. The project was conceived and commissioned by the Russian National Orchestra, under the artistic direction of Kent Nagano. "Wolf Tracks", which has the alternate title "The Wolf and Peter", is meant to be both a sequel to and a retelling of "Peter and the Wolf". In the story,

This is a document about Giants Are Small
 of close to 3,000 people per night. In 2008 the company presented a new version of Sergei Prokofiev’s "Peter and the Wolf" with the Los Angeles Philharmonic in a production that merged live classical music, live animation, and video effects together in real time. The show was directed by Doug Fitch and produced by Edouard Getaz. The story of "Peter and the Wolf" was preceded by a prequel by Giants Are Small called "Peter and the Duck", featuring all the characters of Sergei Prokofiev's original story, but taking place in contemporary Hollywood. The piece featured excerpts from iconic pieces of

This is a document about Natalya Sats Musical Theater
 them accessible to children. In 1979, the Children's Musical Theater moved into the Palace of Children's Opera, which was designed especially for the company. In 1936, Natalya Sats asked Sergei Prokofiev to write a work that would teach orchestral instruments to children and fit the "musical tastes in children from the first years of school." The composer, who had recently returned to Russia after 13 years abroad, wrote his symphonic fairy tale in a couple of weeks. The first performance of "Peter and the Wolf" was on May 2, 1936; Prokofiev later wrote that the debut was "inauspicious at best"

This is a document about The Narrow Escape Problem
 in the first season of the show, as the narrator of "Peter and the Wolf". Previously, Martin Freeman, using his own natural English accent, provided the voice-over in an episode of season 2. It also introduces Olivia Sandoval as Winnie Lopez. The music for the episode was provided by series composer Jeff Russo. It also features the theme of the original film by Carter Burwell, re-arranged by Russo. The song "You Don't Know" by Galactic is featured during the end credits. The episode incorporates musical themes from Sergei Prokofiev's musical fairytale "Peter and the Wolf". The episode was first aired

This is a document about Peter and the Commissar
 Peter and the Commissar Peter and the Commissar is a musical comedy album by Allan Sherman, with Arthur Fiedler conducting the Boston Pops Orchestra with 5 guest jazz musicians. It was recorded live on July 22, 1964. Originally released on RCA Red Seal, the album later saw its CD debut on Collectors' Choice Music in 2004. The title track pokes fun at communism in the Soviet Union, and is a spoof of "Peter and the Wolf" by Sergei Prokofiev, with Prokofiev's music, and original spoken rhymed verse by Allan Sherman. Peter creates a new melody (the familiar Peter's theme from

This is a document about Peter & the Wolf ("Weird Al" Yankovic & Wendy Carlos album)
 Peter & the Wolf ("Weird Al" Yankovic & Wendy Carlos album) Peter & the Wolf/Carnival of the Animals – Part II is a studio album by American parody singer-songwriter and musician "Weird Al" Yankovic and composer and keyboardist Wendy Carlos, released in October 1988 on CBS Records. It features a comical adaptation of the orchestral works "Peter and the Wolf" by Sergei Prokofiev and "The Carnival of the Animals" by Camille Saint-Saëns. The album was nominated for the Grammy Award for Best Album for Children at the 31st awards. Carlos was invited by CBS Records to work on the project

This is a document about Dingbat the Singing Cat
 Dingbat the Singing Cat "Dingbat the Singing Cat" is a 1940s pop song by Freddy Martin and His Orchestra, adapted from Prokofiev's "Peter and the Wolf". Adapted and arranged from the Russian Composer Sergei Prokofiev's symphonic fairy tale "Peter and the Wolf" with music and lyrics by Al Hoffman and Ted Mossman, it was recorded in 1946 by Freddy Martin and His Orchestra. Performed in the swing style, it features on vocals Stuart Wade, Glenn Hughes and the Martin Men . Released by RCA Victor in June 1946 as a 78rpm 10" shellac recording, it was the 'A' side of

This is a document about Charlotte Sweet
 and revolving around other holidays, St. Valentine's Day and New Year's Eve (A final Colby/Markoe musical in this trilogy, "Happy Haunting", revolves around Halloween). As Colby and Markoe developed the first musical with Christmas carols, they frame-worked "Charlotte Sweet" around British music-hall turns (on the recommendation of comedian Elizabeth Wolynski, who also happened to be a photographer for "Ludlow Ladd"). Ultimately, "Charlotte Sweet" encompassed three forms of theatre most popular in Victorian England: melodrama, Gilbert & Sullivan style operetta, and music hall. The musical had several other influences. One was Sergei Prokofiev's "Peter and the Wolf"—the musical's personalities are defined

This is a document about Dingbat the Singing Cat
 catalog number 20-1908 ('B' side was Happy Journey) . In 2007, it was remixed by independent artist Dalt Wisney and released on the EP 'Lifetime Psychedelic Dance Lessons' Dingbat the Singing Cat "Dingbat the Singing Cat" is a 1940s pop song by Freddy Martin and His Orchestra, adapted from Prokofiev's "Peter and the Wolf". Adapted and arranged from the Russian Composer Sergei Prokofiev's symphonic fairy tale "Peter and the Wolf" with music and lyrics by Al Hoffman and Ted Mossman, it was recorded in 1946 by Freddy Martin and His Orchestra. Performed in the swing style, it features on vocals

This is a document about Peter and the Wolf
  Peter and the Wolf Op. 67, a "symphonic fairy tale for children", is a musical composition written by Sergei Prokofiev in 1936. The narrator tells a children's story, while the orchestra illustrates it by using different instruments to play a "theme" that represents each character in the story. It is Prokofiev's most frequently performed work and one of the most frequently performed works in the entire classical repertoire.

This is a document about Peter and the Wolf (1946 film)
  Peter and the Wolf is a 1946 animated short based on the 1936 musical composition/fairy tale by Sergei Prokofiev, produced by Walt Disney and narrated by Sterling Holloway. It was originally released theatrically as a segment in Make Mine Music. It was re-issued the following year accompanying a re-issue of Fantasia (as a short subject before the film), then released separately on home video in the 1990s.

This is a document about The Narrow Escape Problem
  The music for the episode was provided by series composer Jeff Russo. It also features the theme of the original film by Carter Burwell, re-arranged by Russo. The song "You Don't Know" by Galactic is featured during the end credits. The episode incorporates musical themes from Sergei Prokofiev's musical fairytale Peter and the Wolf.

This is a document about Haunter (film)
  The film's score was composed by Alex Khaskin. PopMatters described the soundtrack as "A fable-like soundtrack, included in both diegetic and non-diegetic sound, which is composed around famous sections from Peter and the Wolf.

Sergei Prokofiev wrote the music for "Peter and the Wolf."


Question: how many parts are in the waco series

Answer: six

This is a document about Waco (miniseries)
 Gagne. Waco (miniseries) Waco is an American television miniseries, developed by John Erick Dowdle and Drew Dowdle, that premiered on January 24, 2018, on Paramount Network. The six-episode series documents the 1993 standoff between the FBI, ATF, and the Branch Davidians in Waco, Texas and it stars Michael Shannon, Taylor Kitsch, Andrea Riseborough, Paul Sparks, Rory Culkin, Shea Whigham, Melissa Benoist, John Leguizamo, Julia Garner, and Glenn Fleshler. "Waco" explores the 51-day 1993 standoff between the FBI and the ATF and David Koresh's religious faction, the Branch Davidians, in Waco, Texas, that culminated in a fatal fire. It investigates the

This is a document about Waco Custom Cabin series
 of several sub-models are currently registered in the USA, and more are in under restoration. This is still a popular design among owners of classic aircraft. The Waco Custom cabin series included all of the enlarged-cabin sesquiplanes from 1935 and can be further divided into six basic models, OC, UC QC, GC, RE and VN, with additional subtypes differing primarily in engine installation (indicated by the first letter of the designation or by a low dash number, i.e. -1, -2) and by model year (dash numbers -6, -7, -8). Letters were not used sequentially. Each basic type was offered with

This is a document about Waco (miniseries)
 Waco (miniseries) Waco is an American television miniseries, developed by John Erick Dowdle and Drew Dowdle, that premiered on January 24, 2018, on Paramount Network. The six-episode series documents the 1993 standoff between the FBI, ATF, and the Branch Davidians in Waco, Texas and it stars Michael Shannon, Taylor Kitsch, Andrea Riseborough, Paul Sparks, Rory Culkin, Shea Whigham, Melissa Benoist, John Leguizamo, Julia Garner, and Glenn Fleshler. "Waco" explores the 51-day 1993 standoff between the FBI and the ATF and David Koresh's religious faction, the Branch Davidians, in Waco, Texas, that culminated in a fatal fire. It investigates the genuine

This is a document about Waco 10
 and JWM) were single seaters with a 14" stretch in the fuselage. In the 1990s The WACO Aircraft Company of Quillayute Airport in Forks, Washington offered a kit version of the ATO model, featuring completely re-drawn plans, a book of plans for the small parts and an instruction manual. The WACO 240-A was a straight-wing fighter, built for export, powered by 240 hp Wright engine. At least six were bought by Cantonese Chinese aviation. They were armed with twin .30 Browning machine guns and had racks for five 25 lb or two 100 lb bombs. There was also an export

This is a document about Waco (Violent Soho album)
 in 2016 making Violent Soho the number one act of the year with five songs charting. Waco (Violent Soho album) WACO is the fourth studio album by Australian alternative rock band Violent Soho. It was released on I Oh You Records in March 2016. The album came first in the annual Triple J Top 10 albums of the year poll. The album fared well with critics and came first in Triple Js annual album of the year poll. All six of the albums singles placed within Triple J's Hottest 100 with Like Soda reaching 15 in 2015 and How To

This is a document about Waco (Violent Soho album)
 Waco (Violent Soho album) WACO is the fourth studio album by Australian alternative rock band Violent Soho. It was released on I Oh You Records in March 2016. The album came first in the annual Triple J Top 10 albums of the year poll. The album fared well with critics and came first in Triple Js annual album of the year poll. All six of the albums singles placed within Triple J's Hottest 100 with Like Soda reaching 15 in 2015 and How To Taste, No Shade, So Sentimental, Blanket and Viceroy reaching 92, 73, 69, 53 and 14 respectively

This is a document about Neighborhoods of Waco, Texas
 is home to the heart of Waco. It is where the city was born and much of its history was created. It was a prosperous area until 1953, when it was devastated by a tornado. It is home to a number of Hispanic gangs. The South Side is a largely Hispanic community. It is home to many restaurants and stores. There are six sectors in the South Side. They are: The East Side, to the north and on the other side of the Brazos River, is a historically African-American side. There are three sectors in the East Side. They are:

This is a document about Star Wars: Clone Wars (comics)
  The parts of the series are as follows.

This is a document about Waco D Series
  Waco Coding System:

This is a document about Pollex Christi
 1) Part 1 ; 2) Part 2 ; 3) Part 3 ; 4) Part 4 ; 5) Part 5

This is a document about List of Adventures in Odyssey episodes
  275: "Second Thoughts" ; 276: "Third Degree" ; 277: "It Happened at Four Corners" ; 278: "The Fifth House on the Left, Part 1" ; 279: "The Fifth House on the Left, Part 2" ; 280: "Gone . . ." (Part 1) ; 281: ". . . But Not Forgotten" (Part 2) ; 282: "The Fundamentals" ; 283: "A Book By Its Cover" ; 284: "The Election Deception" ; 285: "George Under Pressure" ; 286: "Tom for Mayor, Part 1" ; 287: "Tom for Mayor, Part 2" ; 288: "The Twilife Zone" ; 289: "A Call for Reverend Jimmy" ; 290: "A Name, Not a Number, Part 1" ; 291: "A Name, Not a Number, Part 2" ; 292: "Siege at Jericho" ; 293: "A Code of Honor" ; 294: "Unto Us a Child is Born" ; 295: "Soaplessly Devoted"

This is a document about Powder River (radio)
 91: The Cattle On A Thousand Hills, Part 1 ; 92: The Cattle On A Thousand Hills, Part 2 ; 93: The Cattle On A Thousand Hills, Part 3 ; 94: Our Bugles Sang Truce ; 95: The Wild West Show, Part 1 ; 96: The Wild West Show, Part 2 ; 97: The Map Of Legend ; 98: The Great Stagecoach Race ; 99: Pennies On A Dead Mans Eyes ; 100: The Rustlers ; 101: The Fire, Part 1 ; 102: The Fire, Part 2

This is a document about Southern Victory
 How Few Remain (1997) ; The "Great War" Trilogy ; American Front (1998) ; Walk in Hell (1999) ; Breakthroughs (2000) ; The "American Empire" Trilogy ; Blood and Iron (2001) ; The Center Cannot Hold (2002) ; The Victorious Opposition (2003) ; The "Settling Accounts" Tetralogy ; Return Engagement (2004) ; Drive to the East (2005) ; The Grapple (2006) ; In at the Death (2007) The Southern Victory series consists of 11 books, published between 1997 and 2007. The first book in the series is How Few Remain, and the remaining 10 books are part of three sub-series within the overall series. These sub-series are The Great War (1998–2000) trilogy, The American Empire trilogy (2001–2003), and The Settling Accounts (2003–2007) tetralogy.

This is a document about Marx's Revenge
 Parts 1, 2, 3, 4, 5, 6, 7, 8 Parts 1, 2, 3, 4, 5, 6, 7, 8

This is a document about Pockau-Lengefeld–Neuhausen railway
 (series of 12 parts) (series of 12 parts) (series of 12 parts)

This is a document about Dusty Rhodes (author)
 1) Man Hunter ; 2) Shiloh ; 3) Jedidiah Boone ; 4) Shooter ; 5) Death Rides a Pale Horse ; 6) Vengeance Is Mine ; 7) Longhorn Book I ; 8) Longhorn Book II ; 9) Longhorn Book III ; 10) Longhorn Book IV ; 11) Shawgo-Texas Ranger ; 12) Chero ; 13) The Town Tamer

This is a document about Ricki & Copper
 Part 1 ; Part 2 ; Part 3 ; Part 4

This is a document about Wild Bill Elliott
  Valley Cyclone (1946) featuring Red Ryder ; Conquest of Cheyenne (1946) featuring Red Ryder ; Plainsman and the Lady (1946) ; Wyoming (1947) ; The Fabulous Texan (1947) ; Old Los Angeles (1948) ; The Gallant Legion (1948) ; Hellfire (1949) ; The Last Bandit (1949) ; The Savage Horde (1950) ; The Showdown (1950) ; The Longhorn (1951) ; Fargo (1952) ; Waco (1952) ; Kansas Territory (1952) ; The Maverick (1952) ; The Homesteaders (1953) ; Rebel City (1953) ; Topeka (1953) ; The Forty-Niners (1954) ; Dial Red O (1955) ; Sudden Danger (1955) ; Calling Homicide (1956) ; Chain of Evidence (1957) ; Footsteps in the Night (1957) (His 3 serials and 16 Red Ryder films are noted below)

This is a document about Imran Series (Mazhar Kaleem)
  Part1 & Part2 ; 145) 	 Barki ; 146) 	 Well Done ; 147) 	 Special Plan ; 148) 	 Desert Commandos ; 149) 	 Blood Rays Part1 ; 150) 	 Blood Rays Part2 ; 151) 	 Heli Kat ; 152) 	 Kareka ; 153) 	 Red Dot ; 154) 	 Logasa Mission ; 155) 	 Last Fight Part1 & Part2 ; 156) 	 Flaster Project Part1 & Part2 ; 157) 	 Night Fighters ; 158) 	 Karosho ; 159) 	 Hard Mission Part1 & Part2 ; 160) 	 Hollow Wall Part1 & Part2 ; 161) 	 Sarto Mission Part Sarto Mission Part ; 162) 	 Super Mind Agent Part1 & Part2 (Black Thunder Series) ; 163) 	 Zarak ; 164) 	 Bright

The Waco series is a six-part miniseries.


Question: who ate the cheese in diary of a wimpy kid

Answer: Rowley

This is a document about Diary of a Wimpy Kid
 Greg, who throws props at Patty, and then everyone gets in the fight, ending the play in chaos. Feeling desolate from being blatantly rejected by everyone, Greg is surprised and a little happy to see Rowley approaching him at recess, until, he discovers that he's only there to demand back a CD he'd left with Greg. They get into an awkward fist-fight. While they are fighting, the teens who chased them at halloween are drawn to the chaos crowding around Greg and Rowley tumbling around in the dirt. When the leader of the teen gang scares away the rest of

This is a document about Diary of a Wimpy Kid (film)
 Cheese before a teacher chases them off. When the other kids notice that the Cheese has been eaten, Greg takes the fall for Rowley by saying he ate it. This mends their friendship as Greg invites Rowley to play at his house. At the end of the school year, Greg and Rowley make the yearbook Class Favorites page as "Cutest Friends." Filming of "Diary of a Wimpy Kid" was in Vancouver and wrapped up on October 16, 2009. Lucas Cruikshank, best known for creating the web series "Fred", had auditioned for the role as Greg Heffley. Even though he was

This is a document about Diary of a Wimpy Kid
 the students, they force Greg and Rowley to eat a moldy piece of cheese that has been left on the school grounds for years. Rowley is the first to eat the cheese - except when it comes to Greg's turn, he claims that he's lactose intolerant and that eating cheese will kill him. The principal turns up and the teens disappear. The other students see the cheese in front of Rowley and believe he has eaten from it. Greg takes the blame and claims he ate the cheese. Greg and Rowley mend their friendship. In 2004, FunBrain and Jeff Kinney

This is a document about Diary of a Wimpy Kid: Rodrick Rules (film)
 by 2010's "Diary of a Wimpy Kid" and followed by 2012's "". The Heffley family attends a party at a roller rink, where Greg reunites with his best friend Rowley Jefferson, meets a new girl at school named Holly Hills who Greg instantly has a crush on, and reveals he passed on the Cheese Touch. During the party, his older brother Rodrick embarrasses Greg by suggesting that he ask Holly to skate with him and then interfering with Couples Skate by persuading a crowd of violent teenagers to enter the rink, along with replacing "Always" by Atlantic Starr with a

This is a document about The Wimpy Kid Movie Diary
 has some reflections about the actors leaving before it talks about post-production. The book ends with the release of the film and a "scrapbook." The book is now updated with behind the scenes info of "", "", and "". Jeff Kinney also wrote two sequels to the book. The Wimpy Kid Movie Diary The Wimpy Kid Movie Diary is a movie tie-in book by Jeff Kinney about the making of the 2010 movie "Diary of a Wimpy Kid", which stars Zachary Gordon as Greg and Robert Capron as Rowley. Unlike the other books, it is non-fiction. It starts off with

This is a document about The Wimpy Kid Movie Diary
 The Wimpy Kid Movie Diary The Wimpy Kid Movie Diary is a movie tie-in book by Jeff Kinney about the making of the 2010 movie "Diary of a Wimpy Kid", which stars Zachary Gordon as Greg and Robert Capron as Rowley. Unlike the other books, it is non-fiction. It starts off with how the series was created. Next, it shows how they gradually prepared the movie for filming, such as choosing the cast, writing the script, and finding the right location. When it talks about filming, other subjects are woven within, especially the actors' downtime and designing props. It also

This is a document about Diary of a Wimpy Kid (book series)
 Greg, Rowley, and Fregley), a 6-inch Greg Heffley figure, a 6-inch holiday figure based on "Cabin Fever", and a Greg and Rodrick plush doll. Thirteen audiobooks have been released for the "Diary of a Wimpy Kid" series. The Recorded Books versions are read by Ramon de Ocampo, while the Penguin Books versions are read by Dan Russell, who has done so since "The Third Wheel", and in 2018 he re-narrated the first 6 books for the markets where Penguin publish the series. "Diary of a Wimpy Kid" was well received from "The Princeton Review", "Gold Card Association", "The Dallas News",

This is a document about Diary of a Wimpy Kid (film)
 he and his best friend Rowley Jefferson escape from a game of Gladiator and learn about a rotten piece of cheese on the basketball court that makes anyone who touches it an outcast, known as the Cheese Touch. Greg also meets Angie, a girl who isolates herself from the other students to survive. Greg states his intention of becoming the most popular student in school. The next day, Greg signs up for wrestling but suffers back-to-back humiliating losses against Fregley, a weird outcast, and Patty Farrell, Greg's arch-enemy from elementary school. On Halloween, while out with Rowley, they encounter teenagers

This is a document about Diary of a Wimpy Kid: Dog Days (book)
 a video game competition, Greg and Rowley decide to camp in front of the Game Hut, thinking that's where the competition is going to be. However, Rowley accidentally injures Greg's hand, forcing Greg to quit the competition. At the end of the summer, Greg regrets not staying at home throughout the summer and playing video games. His mother views this as the "Best Summer Ever", while Greg views it as a horrible summer. Diary of a Wimpy Kid: Dog Days (book) Diary of a Wimpy Kid: Dog Days is a novel written by American author and cartoonist Jeff Kinney, and

This is a document about Diary of a Wimpy Kid: The Third Wheel
 book ends with Uncle Gary winning $40,000 and paying Dad with the money, and moves out of the house. Rowley and Abigail are dating, and Greg gets the chicken pox. Greg is finally able to take baths and be by himself in the bathroom, but he now starts to think if he is really alone, when a fresh towel near the tub disappears. Critical and reader reception for "The Third Wheel" was positive, with the "San Angelo Standard-Times" calling the book "masterful." Diary of a Wimpy Kid: The Third Wheel Diary of a Wimpy Kid: The Third Wheel is a

This is a document about Diary of a Wimpy Kid
 book. The film was released on March 19, 2010. It was released on DVD, iTunes, and Blu-ray on August 3, 2010. The movie stars Zachary Gordon as Greg Heffley, Robert Capron as Rowley Jefferson, Steve Zahn as Frank Heffley (Dad), Rachael Harris as Susan Heffley (Mom), Devon Bostick as Rodrick Heffley, Chloë Grace Moretz as Angie Steadman, and Connor & Owen Fielding as Manny Heffley, Greg's brother. Diary of a Wimpy Kid Diary of a Wimpy Kid is a satirical realistic fiction comedy novel for children and teenagers written and illustrated by Jeff Kinney. It is the first book in

This is a document about Diary of a Wimpy Kid (film)
 film stills, storyboards, preliminary concept drawings, and also behind the scenes information to humorously chronicle the making of the film. It also includes some new illustrations. The film was released on DVD and Blu-ray on August 3, 2010. The Blu-ray Version features six pages from Rowley's diary, "Diary of an Awesome, Friendly Kid". Review aggregator site Rotten Tomatoes gives the film an approval rating of 53%, based on 106 reviews with an average rating of 5.5/10. The website's critical consensus reads, "Unlike its bestselling source material, "Diary of a Wimpy Kid" fails to place a likable protagonist at the center

This is a document about Robert Capron
 Robert Capron Robert B. Capron III. (born July 9, 1998) is an American actor, voice artist, film producer, comedian and film director who is best known for starring as Rowley Jefferson, Greg Heffley's best friend, in the first three installments of the "Diary of a Wimpy Kid" film series. He started off with a role in "Bride Wars" and later had small parts in "" and the Disney film "The Sorcerer's Apprentice". His mother, Kaye Capron, played his character's mother in "Diary of a Wimpy Kid". Capron lives in Scituate, Rhode Island, and has also been billed as Robert B.

This is a document about Robert Capron
 Capron. He currently attends Brown University for theater, film studies and screenwriting. Robert Capron Robert B. Capron III. (born July 9, 1998) is an American actor, voice artist, film producer, comedian and film director who is best known for starring as Rowley Jefferson, Greg Heffley's best friend, in the first three installments of the "Diary of a Wimpy Kid" film series. He started off with a role in "Bride Wars" and later had small parts in "" and the Disney film "The Sorcerer's Apprentice". His mother, Kaye Capron, played his character's mother in "Diary of a Wimpy Kid". Capron lives

This is a document about Diary of a Wimpy Kid (book series)
 on March 19, 2010, moved up from an April 2 release date. It was directed by Thor Freudenthal, who also directed "Hotel for Dogs". The film starred Zachary Gordon as Greg, Robert Capron as Rowley (Greg's best friend), Steve Zahn as Frank (Greg's father), Rachael Harris as Susan (Greg's mother), Devon Bostick as Rodrick (Greg's older brother), Connor and Owen Fielding as Manny (Greg's younger brother), Chloë Grace Moretz as a new character named Angie, and Grayson Russell as Fregley. There is a second film in the "Diary of a Wimpy Kid" film series that was released on March 25,

This is a document about Greg Heffley
 Parade since 2010. "Poptropica's" 28th island, "Wimpy Boardwalk," also revolves around the "Wimpy Kid" series. Wimpy Boardwalk was the first time that Greg was shown in color. In the first three adaptions of the series, Greg was portrayed by actor Zachary Gordon. The first adaption "Diary of a Wimpy Kid" was directed by Thor Freudenthal. The film was released on March 19, 2010. It was released on DVD, iTunes, and Blu-ray on August 3, 2010. The movie stars Zachary Gordon as Greg, Robert Capron as Rowley, Steve Zahn as Greg's father, Rachael Harris as Greg's mother, Devon Bostick as Rodrick,

This is a document about Diary of a Wimpy Kid (film series)
 completed on October 16, 2009. The film was directed by Thor Freudenthal and starred Zachary Gordon as Greg Heffley, Robert Capron as Rowley Jefferson, Rachael Harris as Susan Heffley, Steve Zahn as Frank Heffley, Devon Bostick as Rodrick Heffley, Connor and Owen Fielding as Manny Heffley, Chloë Grace Moretz as Angie Steadman, Grayson Russell as Fregley, Laine MacNeil as Patty Farrell, and Karan Brar as Chirag Gupta. It is the only film in the series to be directed by Freudenthal. The musical score was composed by Theodore Shapiro. "Rodrick Rules" is the second film in the "Diary of a Wimpy

This is a document about Diary of a Wimpy Kid (book)
  strip left unchanged. Greg confronts Rowley for not even listing him as co-creator and hogging all the fame. As they argue, the teenagers who chased them at Halloween appear and force Greg and Rowley to eat the Cheese. Greg lies that he's lactose intolerant, while Rowley is forced to eat the whole thing. The next day, when everyone notices that the Cheese is gone, Greg takes the fall for Rowley and lies that he threw it away. Greg reconciles with Rowley and lets people think that he has the Cheese Touch. The book concludes with Greg getting his yearbook, seeing Rowley on the "Class Clown" page, and throwing it in the garbage.

This is a document about Diary of a Wimpy Kid (2010 film)
  neither of them are good at fighting. The teenage boys from Halloween arrive at the scene and force Rowley to eat part of the cheese after the other kids, except for Greg, are chased inside the school. They flee the scene when the school's P.E. teacher, Coach Eduardo Malone, arrives, but when the other kids come back out and notice that the cheese has been eaten, Greg takes the blame to save Rowley's reputation at school, mending their friendship, and Greg ends up having the Cheese Touch for real. At the end of the school year, Greg and Rowley make the yearbook Class Favorites page as "Cutest Friends”.

This is a document about Diary of a Wimpy Kid (2021 film)
  to get revenge on the boys. The teenagers force Rowley to eat a piece of the Cheese and are about to force Greg to do it, but are saved by the intervention of Mr. Underwood, the school's gym coach. The other children return to see what has transpired. To protect his friend, Greg claims that he was the one who ate the Cheese, causing everyone to run from him in terror. Greg and Rowley resume their friendship as the former quickly realizes that having the Cheese Touch is a blessing as it forces everyone to give him and Rowley space, as well as a personal lunch table to themselves.

Greg ate the moldy cheese in "Diary of a Wimpy Kid."