In Stefan's law, radiant power per unit area goes as what?
AAbsolute temperature
BSquare of temperature
CFourth power of temperature
DSquare root of temperature
Answer & Solution
Correct answer: C. Fourth power of temperature
The law states R = sigma T^4, so power per unit area goes as the fourth power of T.
Keep practising Kinetic Theory of Gases and Radiation
Browse all Kinetic Theory of Gases and Radiation questions for MHT-CET, or explore more Physics topics.
Related questions
Two blackbodies of equal area are at absolute temperatures in the ratio 1:3. What is the rA 60 W lamp filament of emissivity 0.5 and area 5 x 10^-5 m^2 loses all its energy by radiA blackbody of area 200 square cm at 127 degrees Celsius radiates for one minute. How muchFor a body that is not a perfect blackbody, the radiated power per unit area is given by wWho proposed the empirical T^4 radiation law in 1879?Wien's displacement law is useful for estimating what about distant stars?Sun's emission peaks near 4995 angstrom. Which spectral region?A blackbody radiates with its peak at a wavelength of 2.897 micrometres. What is its tempe