Following graph shows the correct variation in intensity of heat radiations by black body and frequency at a fixed temperature

Which of the following graphs shows the correct variation in intensity of heat radiations by black body and frequency at a fixed temperature .

Following graphs shows the variation in the intensity of heat radiations by the the black body and frequency at a fixed temperature . Choose the correct option.

Following graphs shows the variation in the intensity of heat radiations by the the black body and frequency at a fixed temperature . Choose the correct option.

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

The graph shows the variation in radiation intensity per unit wavelength versus wavelength for a perfect black- body at temperature T. Complete the following statement: As the blackbody temperature is increased, the peak in intensity of this curve

Following graphs show the variation of stopping potential corresponding to the frequency of incident radiation (F) for a given metal. The correct variation is shown in graph (V_0=" Threshold frequency")

Which of the following graphs represents correctly the variations of 0.5 mv_("max")^(2) with the intensity of incident radiations of a constant frequency ?

Draw a graph showing the variation of stopping potential with frequency of incident radiation Mark the threshold frequency in the figure.

When a black body is heated, it emits heat radiations of