The graph shows the variation of photocurrent with the applied voltage in a photoelectric effect experiment for three different beams of light falling on identical metal surfaces, then which among the following is correct?

Question

The graph shows the variation of photocurrent with the applied voltage in a photoelectric effect experiment for three different beams of light falling on identical metal surfaces, then which among the following is correct? <img class="img-fluid question-image" alt="Question" src="https://cdn.tardigrade.in/q/nta/p-tx1ply5exdwzfwut.jpg" /> (A) A and B recieve the light of the same intensity while B & C receive the light of the same frequency (B) B and C recieve the light of the same intensity while A & B recieve the light of the same frequency (C) A & B recieve the light of the same frequency while B & C recieve the light of the same intensity (D) A and C recieve the light of the same intensity and B & C recieve the light of the same frequency

Tardigrade Admin · Accepted Answer

Saturation current for A and B Incident light will have the same intensity while stopping potential is same for B and C eVs=Km a x=hν-φ Frequency of incident light will be the same

Q. The graph shows the variation of photocurrent with the applied voltage in a photoelectric effect experiment for three different beams of light falling on identical metal surfaces, then which among the following is correct?

$A$ and $B$ recieve the light of the same intensity while $B$ & $C$ receive the light of the same frequency

$B$ and $C$ recieve the light of the same intensity while $A$ & $B$ recieve the light of the same frequency

$A$ & $B$ recieve the light of the same frequency while $B$ & $C$ recieve the light of the same intensity

$A$ and $C$ recieve the light of the same intensity and $B$ & $C$ recieve the light of the same frequency

Saturation current for $A$ and $B$ Incident light will have the same intensity while stopping potential is same for $B$ and $C$
$e V_{s} = K_{ma x} = h ν - ϕ$
Frequency of incident light will be the same

Q. The graph shows the variation of photocurrent with the applied voltage in a photoelectric effect experiment for three different beams of light falling on identical metal surfaces, then which among the following is correct?

A and B recieve the light of the same intensity while B & C receive the light of the same frequency

B and C recieve the light of the same intensity while A & B recieve the light of the same frequency

A & B recieve the light of the same frequency while B & C recieve the light of the same intensity

A and C recieve the light of the same intensity and B & C recieve the light of the same frequency

Saturation current for A and B Incident light will have the same intensity while stopping potential is same for B and C eVs​=Kmax​=hν−ϕ Frequency of incident light will be the same

$A$ and $B$ recieve the light of the same intensity while $B$ & $C$ receive the light of the same frequency

$B$ and $C$ recieve the light of the same intensity while $A$ & $B$ recieve the light of the same frequency

$A$ & $B$ recieve the light of the same frequency while $B$ & $C$ recieve the light of the same intensity

$A$ and $C$ recieve the light of the same intensity and $B$ & $C$ recieve the light of the same frequency

Saturation current for $A$ and $B$ Incident light will have the same intensity while stopping potential is same for $B$ and $C$
$e V_{s} = K_{ma x} = h ν - ϕ$
Frequency of incident light will be the same