The International Space Station is maintained | vedclass

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(D) The acceleration due to gravity at an altitude $h$ above the Earth's surface is given by the formula $g_h = \frac{GM}{(R+h)^2}$.Given that the alt

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nearly $g$ and directed towards the Earth

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(D) The acceleration due to gravity at an altitude $h$ above the Earth's surface is given by the formula $g_h = \frac{GM}{(R+h)^2}$.Given that the altitude $h$ is much smaller than the radius of the Earth $(h Since the astronaut is inside the orbiting space station,they are in a state of free fall. The gravitational force acting on the astronaut provides the necessary centripetal acceleration to keep them in orbit.Therefore,the acceleration of the astronaut as measured from the Earth is nearly $g$ and is directed towards the center of the Earth.

The International Space Station is maintained in a nearly circular orbit with a mean altitude of $330 \, km$ and a maximum of $410 \, km$. An astronaut is floating in the space station's cabin. The acceleration of the astronaut as measured from the Earth is:

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