Question

Which describes a relationship based on the general theory of relativity?

A. Acceleration in space and magnetism on Earth have opposite effects on objects.
B. Acceleration in space and magnetism on Earth have the same effects on objects.
C. Acceleration in space and gravity on Earth have opposite effects on objects.
D. Acceleration in space and gravity on Earth have the same effects on objects.

Answer 1

A. Acceleration in space and magnetism on Earth have opposite effects on objects.

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Answer 2

D. Acceleration in space and gravity on Earth have the same effects on objects.

Step-by-step explanation:

The answer is a major highlight of the theory of general relativity. The general relativity disproves a different effect on acceleration in space and gravity ( Newton's ideas). This is because gravity is not seen as force but a distortion that occur in space and time. Therefore, the effect of acceleration in space and gravity on earth are the same.