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The acceleration due to gravity on the planet A is 9 times the

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The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of $2 m$ on the surface of A. What is the height of jump by the same person on the planet $B$ ?

2/9 m

18 m

6 m

2/3 m

Views: 5,190 students

Updated on: Jun 27, 2023

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The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of

2 m

on the surface of A. What is the height of jump by the same person on the planet

B

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Text solutionVerified

W = mg_{1} h_{1} = mg_{2} h_{2} or h_{2} = \frac{g _{1} h _{1}}{g _{2}} = \frac{9 g \times 2}{g} = 18 m .

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Question Text	The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of $2 m$ on the surface of A. What is the height of jump by the same person on the planet $B$ ?
Updated On	Jun 27, 2023
Topic	Gravitation
Subject	Science
Class	Class 9
Answer Type	Text solution:1 Video solution: 18
Upvotes	2048
Avg. Video Duration	6 min

The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of $2 m$ on the surface of A. What is the height of jump by the same person on the planet $B$ ?

Text solutionVerified

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The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of 2 m on the surface of A. What is the height of jump by the same person on the planet B ?

Text solutionVerified

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The acceleration due to gravity on the planet A is 9 times the acceleration due to gravity on planet B. A man can jump to a height of $2 m$ on the surface of A. What is the height of jump by the same person on the planet $B$ ?