Exam 2: Solar Energy to Earth and the Seasons

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Changes in daylength and the Sun's altitude above the horizon over the course of the year

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Which of the following characterizes Earth's revolution?

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To answer the following questions,refer to the figure below.Assume that it shows the orbit of a hypothetical planet in another part of the galaxy and that this planet has an axial tilt of 20°.(Note the direction of the axial tilt and the direction of the orbit. ) To answer the following questions,refer to the figure below.Assume that it shows the orbit of a hypothetical planet in another part of the galaxy and that this planet has an axial tilt of 20°.(Note the direction of the axial tilt and the direction of the orbit. )    -According to Figure MC2,if the hypothetical planet requires 20 months to complete one orbit around the star,how many months after the Summer Solstice would the Sun cross the equator moving north? -According to Figure MC2,if the hypothetical planet requires 20 months to complete one orbit around the star,how many months after the Summer Solstice would the Sun cross the equator moving north?

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Earth's axis is tilted 23.5° from a perpendicular to the plane of the ecliptic.

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On its way to Earth,the solar wind first encounters

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The amount of energy received above the South Pole during the southern hemisphere's summer solstice is ________ than that received above the North Pole during the northern hemisphere's summer solstice because ________.

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Insolation occurs primarily in the ultraviolet portion of the spectrum.

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The Milky Way galaxy

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The 28-ton stones assembled at Stonehenge in England were evidently used by ancients to mark seasonal changes.In other words,Stonehenge is an ancient calendar.

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The correct order for wavelengths of electromagnetic radiation,from shortest to longest is: X-rays,infrared,radio waves,visible light,and ultraviolet.

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During the process by which energy is produced inside of stars,

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Which of the following is a consequence of the solar wind?

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To answer the following questions,refer to the figure below.Assume that it shows the orbit of a hypothetical planet in another part of the galaxy and that this planet has an axial tilt of 20°.(Note the direction of the axial tilt and the direction of the orbit. ) To answer the following questions,refer to the figure below.Assume that it shows the orbit of a hypothetical planet in another part of the galaxy and that this planet has an axial tilt of 20°.(Note the direction of the axial tilt and the direction of the orbit. )    -According to Figure MC2,given the tilt of the axis (20°),the Arctic Circle would be located at -According to Figure MC2,given the tilt of the axis (20°),the Arctic Circle would be located at

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The solar wind consists principally of

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Earth's spherical shape is not a factor with regards to seasonality.

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Why does Earth emit longer-wave radiation than the Sun?

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Which of the following is true of galaxies?

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Our galaxy contains about 400 billion stars.

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The amount of the solar energy received by a given location is not really constant-it varies depending upon the season and Earth's distance from the Sun.

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The planets in the solar system are believed to have formed as a result of a process known as ________ which is caused by ________.

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