Answer:
ans 5
Explanation:
hope it's help It seems to me
Vaporization of a sample of liquid is a phase transition from the liquid phase to the gas phase.
"The equation can be used to calculate the power absorbed by any surface" statement concerning the Stefan-Boltzmann equation is correct.
Answer: Option A
<u>Explanation:</u>
According to Stefan Boltzmann equation, the power radiated by black body radiation source is directly proportionate to the fourth power of temperature of the source. So the radiation transferred is absorbed by another surface and that absorbed power will also be equal to the fourth power of the temperature. So the equation describes the relation of net radiation loss with the change in temperature from hotter temperature to cooler temperature surface.

So this law is application for calculating power absorbed by any surface.
160w/4 = 40w
1000J/ 4= 250J
a 40w light bulb will consume 250J