Answers below in the second screenshot Which student correctly identifies why your weight would change if you stood on a planet having amass four times that of Earth's mass, and a radius two times that of Earth's radius?1)Student C you would weigh the same amount because the mass of effects gravitationalforce indirectly, but the distance between two bodies affects gravity with an inverse squarerelationship.2)Student B states you would weigh the more because the mass of effects gravitational forcedirectly, but the distance between two bodies affects gravity with an inverse squarerelationship.3)Student D you would weigh more because the mass of effects gravitational force indirectly,but the distance between two bodies affects gravity with an inverse square relationship.4)Student A states that you would weigh the same amount because the mass of effectsgravitational force directly, but the distance between two bodies affects gravity with aninverse square relationship.

Let mass of earth = M Mass of planet =4M Radius =2R R = radius of earth

Answered: ich student correctly identifies why…

ich student correctly identifies why your weight would change if you stood on a planet having a ss four times that of Earth's mass, and a radius two times that of Earth's radius?

The Solar System

9th Edition

ISBN:9781305804562

Author:Seeds

Publisher:Seeds

Chapter5: Gravity

Section: Chapter Questions

Problem 11P

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Concept explainers

Centripetal Force

A particle, body, object or certain mass while travelling in a rotational path or semicircular path, experiences an inertia force. If that inertia force pulls the towards the inward of the imaginary circle in the rotation, it is termed as centripetal force.

Question

Answers below in the second screenshot

Which student correctly identifies why your weight would change if you stood on a planet having a
mass four times that of Earth's mass, and a radius two times that of Earth's radius?
1)
Student C you would weigh the same amount because the mass of effects gravitational
force indirectly, but the distance between two bodies affects gravity with an inverse square
relationship.
2)
Student B states you would weigh the more because the mass of effects gravitational force
directly, but the distance between two bodies affects gravity with an inverse square
relationship.
3)
Student D you would weigh more because the mass of effects gravitational force indirectly,
but the distance between two bodies affects gravity with an inverse square relationship.
4)
Student A states that you would weigh the same amount because the mass of effects
gravitational force directly, but the distance between two bodies affects gravity with an
inverse square relationship.

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