Predict the time for Mars to orbit around the Sun if the orbital distance of Mars is 1.52 times of Earth's orbital distance. Note: Earth's orbital distance (T₁)= 1, and Earth's orbital period (a₁) = 1 year. Express your answer in the unit year.
Predict the time for Mars to orbit around the Sun if the orbital distance of Mars is 1.52 times of Earth's orbital distance. Note: Earth's orbital distance (T₁)= 1, and Earth's orbital period (a₁) = 1 year. Express your answer in the unit year.
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![Instructions: Show the complete calculation in G.R.E.S.A. in a piece of paper (Given,
Required to Find, Equation, Solution and Answer) of the given problem of Kepler's 3rd
Law of Planetary Motion.
> Predict the time for Mars to orbit around the Sun if the orbital distance of Mars is
1.52 times of Earth's orbital distance. Note: Earth's orbital distance (T₁)= 1, and
Earth's orbital period (a₁) = 1 year. Express your answer in the unit year.
GIVEN
REQUIRED TO FIND
EQUATION:
SOLUTION
ANSWER](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6e10912e-5b4f-4905-9d20-b9b6469c0778%2Fa1b799f9-9908-4e0e-9bfb-d5524a69faca%2Fofmzsln_processed.png&w=3840&q=75)
Transcribed Image Text:Instructions: Show the complete calculation in G.R.E.S.A. in a piece of paper (Given,
Required to Find, Equation, Solution and Answer) of the given problem of Kepler's 3rd
Law of Planetary Motion.
> Predict the time for Mars to orbit around the Sun if the orbital distance of Mars is
1.52 times of Earth's orbital distance. Note: Earth's orbital distance (T₁)= 1, and
Earth's orbital period (a₁) = 1 year. Express your answer in the unit year.
GIVEN
REQUIRED TO FIND
EQUATION:
SOLUTION
ANSWER
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