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 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

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

The solar constant is the amount of heat energy received per second per unit area of a perfectly black surface placed at a mean distance of the Earth form the Sun, in the absence of Earth's atmosphere, the surface being held perpendicular to the direction of Sun's rays. Its value is 1388 W//m^(2) . If the solar constant for the earth is 's'. The surface temperature of the sun is TK,D is the diameter of the sun, R is the mean distance of the Earth from the sun. The sun subtends a small angle 'theta' at the earth. Then correct options is/are:-

The solar constant is the amount of heat energy received per second per unit area of a perfectly black surface placed at a mean distance of the Earth form the Sun, in the absence of Earth's atmosphere, the surface being held perpendicular to the direction of Sun's rays. Its value is 1388 W//m^(2) . If the solar constant for the earth is 's'. The surface temperature of the sun is TK,D is the diameter of the sun, R is the mean distance of the Earth from the sun. The sun subtends a small angle 'theta' at the earth. Then correct options is/are:-

The surface temperature of the sun is 'T'K and the solar constant for a plte is 's' . The sun subtends an angle theta at the planet. Then,

A planet having surface temperature T, K has a solar constant S. An angle theta is subtended by the sun at the planet: