Question
During induction, a positively charged rod is brought near to but not touching the electroscope. The presence of the positively charged object above the plate of the electroscope induces negative charges to move towards the electroscope, leaving the leaves with an overall positive charge. The positive leaves repel. The same process occurs when the north poles of two magnets are brought close together: the two poles push away from each other. Both illustrate the principle that
Responses
A like charges or poles repel.like charges or poles repel.
B induction produces magnetism.induction produces magnetism.
C electricity induces magnetism.electricity induces magnetism.
D opposite charges or poles repel.
Responses
A like charges or poles repel.like charges or poles repel.
B induction produces magnetism.induction produces magnetism.
C electricity induces magnetism.electricity induces magnetism.
D opposite charges or poles repel.
Answers
GPT-4o mini
The correct response is:
A like charges or poles repel.
This is because in both cases (the positively charged rod and the north poles of the magnets), like charges or poles experience a repulsive force when brought close together. In the case of the electroscope, the leaves become positively charged and repel each other, and in the case of the magnets, the north poles repel each other.
A like charges or poles repel.
This is because in both cases (the positively charged rod and the north poles of the magnets), like charges or poles experience a repulsive force when brought close together. In the case of the electroscope, the leaves become positively charged and repel each other, and in the case of the magnets, the north poles repel each other.