klapsers third law of gravittion
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Third law of Kepler. The square of the orbital period of a planet is directly proportional to the cube of the semi-major axis of its orbit. This captures the relationship between the distance of planets from the Sun, and their orbital periods.
vaibhavjaiswal75:
in mathematically
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hi!!!
here is your answer dude.....
▶️KELLER'S THIRD LAW OF GRAVITATION states that :-
✨The cube of the mean distance of a planet from the sun is directly proportional to the square of time it takes to move around the sun. This law can be expressed as:
r³ is directly proportional to T²
OR
r³ = constant × T²
OR
r³/T² = constant
WHERE
r = mean distance of planet from the sun
AND
T = time period of the planet (around the sun)
hope it hlps u
Regards,
ANKITA❤️
here is your answer dude.....
▶️KELLER'S THIRD LAW OF GRAVITATION states that :-
✨The cube of the mean distance of a planet from the sun is directly proportional to the square of time it takes to move around the sun. This law can be expressed as:
r³ is directly proportional to T²
OR
r³ = constant × T²
OR
r³/T² = constant
WHERE
r = mean distance of planet from the sun
AND
T = time period of the planet (around the sun)
hope it hlps u
Regards,
ANKITA❤️
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