When cathode rays are deflected onto the electrode of an electrometer, how does the electrometer's charge change?

When cathode rays are deflected onto the electrode of an electrometer, the instrument becomes negatively charged. Cathode rays are streams of electrons. Electrons carry a negative charge. When these negatively charged particles accumulate on the electrode of an electrometer, they impart their negative charge to the instrument. Therefore, the electrometer becomes negatively charged. The final answer is A. negatively charged.

When cathode rays are deflected onto the electrode of an electrometer, how does the electrometer's charge change?

When cathode rays are deflected onto the electrode of an electrometer, the instrument becomes negatively charged. Cathode rays are streams of electrons. Electrons carry a negative charge. When these negatively charged particles accumulate on the electrode of an electrometer, they impart their negative charge to the instrument. Therefore, the electrometer becomes negatively charged. The final answer is A. negatively charged.

Solved: When cathode rays are deflected onto the electrode…

When cathode rays are deflected onto the electrode of an electrometer, the instrument becomes negatively charged.

Cathode rays are streams of electrons.
Electrons carry a negative charge.
When these negatively charged particles accumulate on the electrode of an electrometer, they impart their negative charge to the instrument.

Therefore, the electrometer becomes negatively charged.

The final answer is $\text{A. negatively charged}$ .

When cathode rays are deflected onto the electrode of an electrometer, how does the electrometer's charge change?

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