Kepler&#x27;s Third Law

Kepler's third law states

the relationship between a planet's average from the sun and the required for the planet to complete orbit

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time

distance

two

one

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POINTS (1)

Correct Answer

Explanation

The time for one cycle of the sun is called a planet's ______ of revolution

Missing

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Explanation

The following is Kepler's third law as a formula

volume_mute

$T^2 \sim R^3$

True

False

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Explanation

Newton's laws explain Kepler's third law

Planets at greater distances experience force from the sun and, if they are to orbit at that distance, they must be moving more than planet closer to the sun.

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less

slowly

faster

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Define the period of a motion

volume_mute

the time to complete one full cycle

the time to complete two full cycles

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Explanation

Do planets at greater distances from the sun have longer or shorter periods of revolution?

volume_mute

shorter

longer

no difference

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POINTS (1)

Kepler's third law states

Correct Answer

Explanation

The time for one cycle of the sun is called a planet's ______ of revolution

Correct Answer

Explanation

The following is Kepler's third law as a formula

Correct Answer

Explanation

Newton's laws explain Kepler's third law

Correct Answer

Explanation

Define the period of a motion

Correct Answer

Explanation

Do planets at greater distances from the sun have longer or shorter periods of revolution?

Correct Answer

Explanation

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