Mars is on an eccentric orbit, with e = 0.1, and a semi-major axis of a...
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Mars is on an eccentric orbit, with e = 0.1, and a semi-major axis of a = 1.6 AU. How much sunlight does a 1 m? area "element" on the surface of Mars get per second at perihelion and (a) at aphelion [Watts/ m?]? Assume this surface element is perpendicular to the direction to the Sun. (Ь) The axial tilt of Mars is 24.5 degrees. Assume the north pole is pointed directly away from the Sun when Mars is in perihelion. Same question as above, but for a 1 m2 surface element on the equator of Mars. Mars is on an eccentric orbit, with e = 0.1, and a semi-major axis of a = 1.6 AU. How much sunlight does a 1 m? area "element" on the surface of Mars get per second at perihelion and (a) at aphelion [Watts/ m?]? Assume this surface element is perpendicular to the direction to the Sun. (Ь) The axial tilt of Mars is 24.5 degrees. Assume the north pole is pointed directly away from the Sun when Mars is in perihelion. Same question as above, but for a 1 m2 surface element on the equator of Mars.
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Related Book For
Physics
ISBN: 978-0077339685
2nd edition
Authors: Alan Giambattista, Betty Richardson, Robert Richardson
Posted Date:
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