52.The graph represents the variation of temperature of to bodies and y having same surface area with the time due to emission of radiation find the correct relation between emissivity and absorptivity of the two bodies

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Q. The graph, shown in the diagram represents the variation of temperature

(T)

of two bodies,

x

and

y

, having same surface area, with time

(t)

due to the emission of radiation. Find the correct relation between the emissivity and absorptivity power of two bodies.

Q. The graph, shown in the diagram, represents the variation of temperature (T) of the bodies, x and y having same surface area, with time (t) due to the emission of radiation. Find the correct relation between the emissivity and absorptivity power of the two bodies

Q. The graph shown in the adjacent diagram represents the variation of temperature

(T)

of two bodies,

x

and

y

having same surface area, with time

(t)

due to the emission of radiation. Find the correct relation between the emissivity

(e)

and absorptivity

(a)

of the two bodies.

The graph shown in the adjacent diagram, represents the variation of temperature (T) of two bodies, x and y having same surface area, with time (t) due to the emission of radiation. Find the correct relation between the emissivity ( $e$ ) and absorptivity ( $a$ ) power of the two bodies. (IIT JEE 2003)

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52.The graph represents the variation of temperature of to bodies​ and y having same surface area with the time due to emission of radiation find the correct relation between emissivity and absorptivity of the two bodies

52.The graph represents the variation of temperature of to bodies and y having same surface area with the time due to emission of radiation find the correct relation between emissivity and absorptivity of the two bodies