The temperature of a body is increased from `–73°C` to 327°C. Then the ratio of emissive power is –

The temperature of the body is increased from -73^(@)C to 357^(@)C , the ratio of energy emitted per second is

The temperature of a black body increases from 7°C to 287°C .The rate of energy radiation increases by

If the temperature of a black body be increased from 27^(@)C to 327^(@)C the radiation emitted increases by a fraction of

If the temperature of the body is increases from 27°C to 327°C then wavelength corresponding to maximum intensity becomes

If the temperature of the body is increases from 27°C to 327°C then wavelength corresponding to maximum intensity becomes

The temperature of a gas in increased from 27^@C to 327^@C . Show that the rms velocity of the gas molecules at higher temperature is sqrt2 times the velocity at the initial temperature.

The temperature of a body increases from 30^@C to 80^@C . The increase of temperature of the body in Farenheit scale is :

If temperature of a black body increases from 7^(@)C to 287^(@)C , then the rate of energy radiation increases by

The temperature of a body in increased from 27^(@)C to 127^(@)C . By what factor would the radiation emitted by it increase?