What Do We Call The Day Ofx 201801-ASTR-10xG HW3 avipid-4683950-dt-content-rid-1

Question

What Do We Call The Day Ofx 201801-ASTR-10xG HW3 avipid-4683950-dt-content-rid-19686344-1/courses/star111 27201801/Hw%20%233%281 %29.pdf The figure below shows the Earth in its nearly (but not quite) circular orbit around the Sun, and the Earth-Sun distance for each season. For a person in the Northern Hemisphere, rank the Earth-Sun distance (from least to greatest)by season. 3. Seasons shown for Northern Hemisphere Northern Southern Hemiiphere Hemisphere Earth Sun Spring Fall 11 million Winter 154 million Spring 152 million WinterSummer 150 mllion Fall a. Winter, Spring, Fall, Summer b. Winer, Fall, Spring. Summer c. Summer, Fall, Winter, Spring d. Summer, Fall, Spring, Winter e. All Equal Consider the five situations shown below in which Earth is drawn along with the light coming from the Sun. 1. Which situation is physically possible in terms of how the Earth's tilt represented relative to daytime, nighttime, and the direction of sunlight? 4. a. A b. B c. C d. D e. E 5. In February in Morgantown, the Sun is: a. b. c. d. North of the Celestial Equator, moving north North of the Celestial Equator, moving south South of the Celestial Equator, moving north South of the Celestial Equator, moving south

Explanation / Answer

3. Answer a: As we can see in the figure the earth sun distance is least at winter which is 150 million km and comparitively more in spring (151 million km), then fall (152 million km) and maximum at summer which is 154 million km.

4. Answer a.The first option is correct as the sun's rays are always perpendicular to the earth irrespective of its tiltiing and the tilting of the earth is 23.5 degree.

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