If wavelength of maximum intensity of radiation emitted by sun and moon
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Hello dear,
● Answer- 200
● Explanation-
# Given-
λs = 0.5×10^-6 m
λm = 10^-4 m
# Solution-
Plank's law of radiation states that peak wavelength emitted is inversely proportional to temperature of radiation.
λs Ts = λm Tm
Ts / Tm = λm / λs
Ts / Tm = 10^-4 / 0.5×10^-6
Ts / Tm = 200
Ratio of temperature of sun to moon is 200.
Hope this helps you...
● Answer- 200
● Explanation-
# Given-
λs = 0.5×10^-6 m
λm = 10^-4 m
# Solution-
Plank's law of radiation states that peak wavelength emitted is inversely proportional to temperature of radiation.
λs Ts = λm Tm
Ts / Tm = λm / λs
Ts / Tm = 10^-4 / 0.5×10^-6
Ts / Tm = 200
Ratio of temperature of sun to moon is 200.
Hope this helps you...
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