The wave theory predicts that electrons will be ejected from a metal surface by any light with

(A) frequency above a threshold.
(B) frequency below a threshold.
(C) sufficient intensity.
(D) frequency near a resonance.



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The wave theory predicts that electrons will be ejected from a metal surface by any light with

(A) frequency above a threshold. --- No.

That is what really happens.
The wave theory does not predict it.

Try again.
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The wave theory predicts that electrons will be ejected from a metal surface by any light with

(B) frequency below a threshold. --- No.

The frequency should not matter,
according to the wave theory.

Try again.
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The wave theory predicts that electrons will be ejected from a metal surface by any light with

(C) sufficient intensity. --- Yes.

Only the electric field should matter.
The prediction fails, however.

Check the other answers.
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The wave theory predicts that electrons will be ejected from a metal surface by any light with

(D) frequency near a resonance. --- No.

The wave theory does not require that.



Try again.
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