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A) the rate of ejected electrons will remain the same but the maximum kinetic en

ID: 2241037 • Letter: A

Question

A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will A) the rate of ejected electrons will remain the same but the maximum kinetic energy will
decrease.
B) the rate of ejected electrons will increase and the maximum kinetic energy will increase.
C) the rate of ejected electrons will decrease and the maximum kinetic energy will increase.
D) the rate of ejected electrons will remain the same but the maximum kinetic energy will

Explanation / Answer

D) the rate of ejected electrons will remain the same but the maximum kinetic energy will increase

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