charge 1 is negative, charge 2 is positive, and the magnitude of charge 1 is several times smaller than that of charge 2. at which one of the positions could you expect the net force on a third positive charge to be zero?

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20-12-2022
Physics

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charge 1 is negative, charge 2 is positive, and the magnitude of charge 1 is several times smaller than that of charge 2. at which one of the positions could you expect the net force on a third positive charge to be zero?

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tutorconsortium632 tutorconsortium632 · Answer 1 · 2022-12-25T01:45:31-05:00

Depict two identically sized electric charges and a point labeled P (where + denotes a positive charge and - a negative charge). On a straight line, adjacent objects are separated by the same amount of space.

Where can you add a third charge to make the net force zero?

The third charge must be placed either closer to the positive charge or closer to the negative charge, but not between the two charges, in order for the net force exerted on it by the other two charges to be zero.

Is net force consistently equal to 0?

Equilibrium, Statics, and Net Force The NET FORCE must equal 0 since the object is static or immobile. EQUILIBRIUM is the state of a static object. If the NET FORCE were not zero, the item would not be static but rather would be accelerating up or down.

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