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Physics, 09.12.2021 03:20 tgdetwiler2905
No, because the gravitational constant is much smaller than the electrostatic constant. Answer A: No, because the gravitational constant is much smaller than the electrostatic constant. A No, because the gravitational force is only attractive, and the electrostatic force can also be repulsive. Answer B: No, because the gravitational force is only attractive, and the electrostatic force can also be repulsive. B Yes, because both forces have the same 1/ r2 dependence. Answer C: Yes, because both forces have the same 1/ , r, 2, dependence. C Yes, because the gravitational force always equals the electrostatic force at any given distance.
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No, because the gravitational constant is much smaller than the electrostatic constant. Answer A: No...
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