Match the following columns:
Column-$I$ Column-$II$
$A$. Hallwachs $\&$ Lenard $P$. Transformers
$B$. Franck-Hertz $Q$. Microwave
$C$. Klystron valve $R$. Quantization of energy levels
$D$. Nicola Tesla $S$. Photoelectric effect

  • A
    $A \to S, B \to Q, C \to P, D \to R$
  • B
    $A \to R, B \to S, C \to P, D \to Q$
  • C
    $A \to S, B \to R, C \to Q, D \to P$
  • D
    $A \to Q, B \to P, C \to S, D \to R$

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Similar Questions

In the photoelectric effect:
$A.$ The photocurrent is proportional to the intensity of the incident radiation.
$B.$ The maximum kinetic energy with which photoelectrons are emitted depends on the intensity of incident light.
$C.$ The maximum kinetic energy with which photoelectrons are emitted depends on the frequency of incident light.
$D.$ The emission of photoelectrons requires a minimum threshold intensity of incident radiation.
$E.$ The maximum kinetic energy of the photoelectrons is independent of the frequency of the incident light.
Choose the correct answer from the options given below:

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Which of the following effects support the quantum nature of $EM$ radiation? $(1)$ Photoelectric effect $(2)$ Compton effect $(3)$ Doppler effect $(4)$ Field effect

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