The solar constant at earth's surface is

The solar constant for the earth is sum . The surface temperature of the sun is T K . The sum subtends an angle theta at the earth :-

The solar constant for the earth is s . The surface temperature of the sun is T K . The sun subtends an angle theta at the earth :-

The solar constant for the earth is about 1.8J//m^(2)//s . What is the solar constant for a black body situated on a planet which is situated at a distance of 0.3 times the distance of the earth from the sun ?

Define solar constant.

The solar constant of earth is 0.8 cal/min.cm? if distance of mercury planet from sun is 0-4 times the distance of earth from the sun then find the solar constant of mercury planet in cal/min cm)

The intensity of solar radiation of the earths surface is 1KWm^(-2) . The power entering the pupil of an eye of diameter 0.5 cm is

[" The solar constant of earth is "0.8cal/min" - "],[cm^(2)" .If distance of mercury planet from "],[" sun is "0.4" times the distance of earth from "],[" the sun,then find the solar constant of "],[" mercury planet (in cal/min-cm "^(2)" ) "]

The solar constant for a planet is sum . The surface temperature of the sun is T K. if the sun subtends an angle theta at the planet, then

The solar constant for a planet is sum . The surface temperature of the sun is T K. if the sun subtends an angle theta at the planet, then