Assume that the eccentricity of Earth’s orbit increases from 0.017 to 0.12. The point of aphelion would now be Consequently, the amount of solar energy received on Earth at aphelion would 1farther from the sun 2closer from the sun 3equal to the point of perihelion 1increase 2decrease 3equal that of perihelion

1.  farther from the sun

2.  equal that of perihelion

Explanation:

Aphelion is a term used winter studying planetary bodies, that illustrates the point in which a planet is at the most distance away from the sun.

However, at aphelion the Northern hemisphere is in Summer. Thus, because  Southern hemisphere is predominantly ocean, it maintains its heat during the Winter months.

Hence, given a situation in which the eccentricity of Earth’s orbit increases from 0.017 to 0.12. The point of aphelion would now be FARTHER FROM THE SUN. Consequently, the amount of solar energy received on Earth at aphelion would EQUAL THAT OF PERIHELION

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