Which one of the following is vm- T graph for perfectly black body? vm is the frequency of radiation with maximum intensity. T is the absolute temperature

Question

Which one of the following is vm- T graph for perfectly black body? vm is the frequency of radiation with maximum intensity. T is the absolute temperature <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/physics/cfba89f2a96c4cf46d23af0843969af4-.png" /> (A) A (B) B (C) C (D) D

Tardigrade Admin · Accepted Answer

By Wien's displacement law, intensity is directly proportional to energy so in graph line C shown Vm-T graph for perfectly black body.

Q. Which one of the following is $v_{m} - T$ graph for perfectly black body? $v_{m}$ is the frequency of radiation with maximum intensity. $T$ is the absolute temperature

A

B

C

D

By Wien's displacement law, intensity is directly proportional to energy so in graph line $C$ shown $V_{m} - T$ graph for perfectly black body.

Q. Which one of the following is vm​−T graph for perfectly black body? vm​ is the frequency of radiation with maximum intensity. T is the absolute temperature

A

B

C

D

By Wien's displacement law, intensity is directly proportional to energy so in graph line C shown Vm​−T graph for perfectly black body.

Q. Which one of the following is $v_{m} - T$ graph for perfectly black body? $v_{m}$ is the frequency of radiation with maximum intensity. $T$ is the absolute temperature

By Wien's displacement law, intensity is directly proportional to energy so in graph line $C$ shown $V_{m} - T$ graph for perfectly black body.