An astronaut experiences weightlessness in a space satellite. It is because

The gravitational force is small at that location in space

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The gravitational force is large at that location in space

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The astronaut experiences no gravity

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The gravitational force is infinitely large at that location in space

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The astronaut experiences an upthrust

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Solution

The correct option is D The astronaut experiences no gravity
An astronaut experiences weightlessness in a space satellite. It is because the astronaut experiences no gravity.
i.e., $w = m g$
$w = m \times 0 = 0$

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Similar questions

Q. Assertion :An astronaut in an orbiting space station above the earth experiences weightlessness. Reason: An object moving around the earth under the influence of earth's gravitational force is in a state of free fall.

Q. STATEMENT-1
An astronaut in an orbiting space station above the Earth experiences weightlessness.
and
STATEMENT-2
An object moving around the Earth under the influence of Earths gravitational force is in a state of free-fall.

Q. WEIGHTLESSNESS
An astronaut experiences weightlessness in a space satellite. It is because

Q. Assertion (A): Apparent weight of an astronaut in artificial earth satellite is zero.
Reason (R) : Earth gravitational force on the astronaut is almost zero.

An astronaut accidentally gets separated out of his small spaceship accelerating in inter stellar space at a constant rate $50 m s^{- 2}$ , what is the acceleration of the astronaut the instant after he is outside the spaceship? (Assume that there are no nearby starts to extract gravitational force on him).

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An astronaut experiences weightlessness in a space satellite. It is because

The correct option is D The astronaut experiences no gravityAn astronaut experiences weightlessness in a space satellite. It is because the astronaut experiences no gravity.i.e., w=mg w=m×0=0

The correct option is D The astronaut experiences no gravity
An astronaut experiences weightlessness in a space satellite. It is because the astronaut experiences no gravity.
i.e., $w = m g$
$w = m \times 0 = 0$