Quiz 5

Due Jul 26, 2021 at 11:59pm
Points 40
Questions 14
Time Limit 20 Minutes

Instructions

Wien's displacement law: $LaTeX: \lambda_{\max}=\:\frac{K}{T},\:T\:is\:the\:temperature\:in\:Kelvin,\:and\:K\:is\:a\:physical\:constant\:of\:2898\mu m\:\times K$

Stefan-Boltzmann law:

$LaTeX: M\:=\:\sigma T^4\:where\:M\:is\:the\:total\:radiant\:emittance\:\left(W\:m^{-2}\right),\:\sigma\:is\:the\:Stefan-Boltzmann\:constant,\:5.6697\times10^{-8}\left(W\:m^{-2}K^{-4}\right),\:and\:T\:is\:the\:temperature\:in\:Kelvin\:\left(K\right).$

The relationship between kinetic temperature and radiant temperature is:

$LaTeX: T_{rad}=\epsilon^{\frac{1}{4}}T_{kin},\:with\:\epsilon\:the\:emmisivity\:of\:the\:object.$

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