Physics, asked by Surabtiya, 1 month ago

the wavelength corresponding to maximum intensity of radiation emitted by a spoke at temperature 2000K is λ, then what is the wavelength corresponding to maximum intensity of radiation at temperature at 3000k​

Answers

Answered by Csilla
24

Explanation:

Wines displacement law is given by

λm T = constant

λm = maximum wavelength radiation

T = temperature of the body

So for two different cases, ie at two different temperatures,

λ1 T1 = λ2 T2

λ2 = λ1 [ T1 / T2 ]

Given, T 1 = 2000 K

T2 = 3000 K

λ1 = λ

∴ λ2 = λ × 2000 / 3000 = 2/3 λ

Thus the wavelength is 2/3 λ !

Answered by madamx914
1

Explanation:

♣️Wavelength is ⅔..♣️

♥️Hope it will be helpful ♥️

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