Column IColumn II(A) If v (frequency) is increased keepingI (intensity) and Φ(work function) constant(P) Stoping potential increases(B)If I is increased keeping v and Φ constant(Q) Saturation photocurrent increases(C) If the distance between anode and cathode increases.(R) Maximum KE of the photoelectrons increase(D) If Φ is decreased keeping v and I constant(S) Stopping potential remains the same

Column IColumn II(A) If v (frequency) is increased keepingI (intensity

1.	Column IColumn II(A) If v (frequency) is increased keepingI (intensity) and Φ(work function) constant(P) Stoping potential increases(B)If I is increased keeping v and Φ constant(Q) Saturation photocurrent increases(C) If the distance between anode and cathode increases.(R) Maximum KE of the photoelectrons increase(D) If Φ is decreased keeping v and I constant(S) Stopping potential remains the same
Answer» $\begin{matrix} C o l u m n I & C o l u m n I I (A) If v (frequency) is increased keeping I (intensity) and Φ (work function) constant & (P) Stoping potential increases (B) If I is increased keeping v and Φ constant & (Q) Saturation photocurrent increases (C) If the distance between anode and cathode increases. & (R) Maximum KE of the photoelectrons increase (D) If Φ is decreased keeping v and I constant & (S) Stopping potential remains the same \end{matrix}$

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