Home
Class 12
BIOLOGY
Solar constant at height at 83 km in...

Solar constant at height at 83 km in

A

`"1 kcal/cm"^(2)//"min"`

B

`"1 cal/cm"^(2)//"min"`

C

`"2 kcal/cm"^(2)//"min"`

D

`"2 cal/cm"^(2)//"min"`

Text Solution

Verified by Experts

The correct Answer is:
D
Promotional Banner

Topper's Solved these Questions

  • ORGANISMS AND THE ENVIRONMENT

    DINESH PUBLICATION|Exercise RQ|244 Videos

  • ORGANISMS AND THE ENVIRONMENT

    DINESH PUBLICATION|Exercise CYG|17 Videos

  • NO IDEA

    DINESH PUBLICATION|Exercise Brain Teasers|37 Videos

  • ORIGIN OF LIFE

    DINESH PUBLICATION|Exercise All Questions|197 Videos

Similar Questions

Explore conceptually related problems

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 at earth's surface is

Solar constant is defined as energy received by Earth per cm^(2) per minute. Find the dimensions of solar constant.

The solar constant is defined as the energy incident per unit area per second. The dimensional formula for solar constant is

(a) What is solar constant ? What is the value of solar constant ? (b) If the energy received by 5 m^(2) area in 10 minutes is 4200 kJ, calculate the value of solar constant.

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 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 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 ?