An ideal Black-body at room temperature is thrown into a furnace. It is observed that

An ideal black body at room temperature is thrown into a furnance.It is observed that

A black body at high temperature emits thermal radiations of

Benzene and napthalene form an ideal solution at room temperature. For this process, the true statement is

In the figure, the distribution of energy density of the radiation emitted by a black body at a given temperature is shown. The possible temperature of the black body is

In the figure, the distribution of energy density of the radiation emitted by a black body at a given temperature is shown. The possible temperature of the black body is

A black body with surface area 0.001 m^(2) is heated upto a temperature 400 K and is suspended in a room temperature 300K. The intitial rate of loss of heat from the body to room is

A black body with surface area 0.001 m^(2) is heated upto a temperature 400 K and is suspended in a room temperature 300K. The intitial rate of loss of heat from the body to room is

A black body with surface area 0.001 m^2 is heated upto a temperature 400 K and is suspended in a room temperature 300 K. The initial rate of loss of heat from the body to room is