When a potential difference is applied across the resistor, the movement of electrons will be:

parabolic

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circular

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straight line

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zig - zag

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Solution

The correct option is D
zig - zag

When current flows through a conductor the electrons in the conductor do not move in a steady straight line path. Their movement is in zig-zag form, also called as brownian motion. But collectively they can be viewed as moving forward in a conductor.

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When a potential difference is applied across the resistor, the movement of electrons will be:

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When a potential difference is applied across the resistor, the path of an electron in the resistor is ___ .

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When a potential difference is applied across the resistor, the movement of electrons will be:

The correct option is D zig - zag When current flows through a conductor the electrons in the conductor do not move in a steady straight line path. Their movement is in zig-zag form, also called as brownian motion. But collectively they can be viewed as moving forward in a conductor.

The correct option is D
zig - zag

When current flows through a conductor the electrons in the conductor do not move in a steady straight line path. Their movement is in zig-zag form, also called as brownian motion. But collectively they can be viewed as moving forward in a conductor.