1. A person standing on Earth drops a ball. At the same time,
a person standing...
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Physics
1. A person standing on Earth drops a ball. At the same time,a person standing at the bottom of a spaceship accelerating at9.8m/s^2. In the absence of any significant field in deep space,drops a ball. What would these people observe
2. Research general relativity and problems with the theory.Identify two possible solutions to problems with general relativityand the behaviour of galaxies. Do the solutions seem plausible toyou? Why or why not?
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1 According to the theory of general relativity gravity and accelerations are the same We cant distinguish the system is in the gravitational field or is accelerating Any experiment done in gravity is the same as done in an accelerating system So the people
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