Science, asked by sudhir640, 7 months ago

According to Kepler's third law the relationship between the average distance of the planet (r)from the sun and its period of revolution (T) is -----

Answers

Answered by himanshugujjar2511

Answer:

T2=kr3

Explanation:

Kepler's third law states that square of period of revolution (T) of a planet around the sun is proportional to third power of average distance r between the sun and the planet

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According to Kepler's third law the relationship between the average distance of the planet (r)from the sun and its period of revolution (T) is ----- ​

Answers

According to Kepler's third law the relationship between the average distance of the planet (r)from the sun and its period of revolution (T) is -----