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General Relativity Theory Quiz

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According to general relativity, what is the physical identity between states of accelerated motion and being at rest in a gravitational field?

They are opposites

They are physically identical (correct)

They are similar but not identical

They are unrelated

In general relativity, why do objects in free fall move as if no force is exerted on them?

Because free fall is inertial motion (correct)

Because of the equivalence principle

Due to the curvature of spacetime

Because of the force of gravity

How does general relativity resolve the difficulty of inertially moving objects accelerating with respect to each other?

By modifying classical mechanics

By adopting the principles of special relativity

By proposing that spacetime is curved (correct)

By introducing a new force

General Relativity Theory Quiz

Choose a study mode

Podcast

Questions and Answers

According to general relativity, what is the physical identity between states of accelerated motion and being at rest in a gravitational field?

In general relativity, why do objects in free fall move as if no force is exerted on them?

How does general relativity resolve the difficulty of inertially moving objects accelerating with respect to each other?

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General Relativity Theory Quiz

Choose a study mode

Podcast

Questions and Answers

According to general relativity, what is the physical identity between states of accelerated motion and being at rest in a gravitational field?

In general relativity, why do objects in free fall move as if no force is exerted on them?

How does general relativity resolve the difficulty of inertially moving objects accelerating with respect to each other?

More Like This

Gravitational Waves Quiz

The Gravity Quiz

Fundamentals of Gravitation in Physics

Gravitation: Force of Nature &amp; Einstein's Relativity

Gravitation: Force of Nature & Einstein's Relativity