Both the earth and the moon are subject to the gravitational force of the sun. As observed from the sun, the orbit of the moon(a) will be elliptical(b) will not be strictly elliptical because the total gravitational force on it is not central(c) is not elliptical but will necessarily be a closed curve(d) deviates considerably from being elliptical due to influence of planets other than the earth
Answers
answer : option (b) will not be strictly elliptical because the total gravitational force on it is not central
explanation : The major force acting on the moon is due to gravitational force of attraction by sun and moon. and moon is not always the line joining of sun and earth.
as observed from the sun, there are two types of forces are acting on the moon. first one is due to gravitational force between sun and moon and second one is due to gravitational force between earth and moon. so, this forces have different lines of action and it will not strictly elliptical because total gravitational force on the moon is not central.
hence, option (b) is correct .
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ANSWER :
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(b)Will not be strictly elliptical because the total gravitational force on it is not central.
REASON :
Moon revolves around the earth in a nearly circular orbit. When it is observed from the sun, two types of forces are acting on the moon one is due to gravitational attraction between the sun and the moon and the other is due to gravitational attraction between the earth and the moon.
So moon is moving under the combined gravitational pull acting on it due to the earth and the sun. Hence, total force on the moon is not central.
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