Calculate the solar constant on a planet which is approximately 5 A.U. from the sun. Assume the solar constant on earth as `1400 Wm^(-2)`.

The solar constant at earth's surface is

Temerature Of The Sun And Solar Constant

Calculate the value of solar constant at the distance of Jupiter, which is 5.2AU away from the sun. Hence calculate the temperature of a black body on Jupiter's Stefan's law.

The solar constant for a planet is S. The surface temperature of the sun is TK. The sun subtends an angle theta at the planet:

The farthest planet from tbe sun in the solar system is

In the solar system, among the planets listed below, which planet is farthest from the sun?

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 ?

The solar constant for a planet is S . The surface temperature of the sun is T.K . The sun subtends an angle theta at the planet . Find S .

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