If the current flows in a conductor AB from one end A to the other end B, the charge carriers in motion will be____

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Protons from the end A to B

Electrons from the end A to B

Protons from the end B to A

Electrons from the end B to A

answer is D.

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Detailed Solution

Concept: The charge carriers in conductors are electrons, which are negatively charged particles. Additionally, in accordance with tradition, the direction of current is discovered to be parallel to the direction of positive charge flow. You can answer the question with the aid of these knowledge.
The charge carriers in conductors are electrons, which are negatively charged particles. Additionally, in accordance with tradition, the direction of current is discovered to be parallel to the direction of positive charge flow. You can answer the question with the aid of this knowledge.
The charge carriers in conductors are electrons, which are negatively charged particles. The negative terminal of the voltage source will conduct electrons, which are negatively charged particles, to the positive terminal. As a result, the current will really flow from the negative to the positive terminal. Therefore, it is presumed that the direction of current flow is the opposite of the direction of electron movement. Since the current is said to be flowing from point A to point B in this instance, both the proton and electron flows will be in the same direction. The electron flow will thus be from B to A.
Hence, the correct option is 4 .

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