16. Find the quantity of energy radiated from 1cm² of a surface in one second by a black body if maximum energy density correspond to wavelength of 4840A. Given Stefan's constant =5.67 x 10 WmK. (ans: 7.31X 103 Jcm’sec:')I

16. Find the quantity of energy radiated from 1cm² of a surface in on

1.	16. Find the quantity of energy radiated from 1cm² of a surface in one second by a black body if maximum energy density correspond to wavelength of 4840A. Given Stefan's constant =5.67 x 10 WmK. (ans: 7.31X 103 Jcm’sec:')I
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16. Find the quantity of energy radiated from 1cm² of a surface in one second by a black body if maximum energy density correspond to wavelength of 4840A. Given Stefan's constant =5.67 x 10 WmK. (ans: 7.31X 103 Jcm’sec:')I​

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16. Find the quantity of energy radiated from 1cm² of a surface in one second by a black body if maximum energy density correspond to wavelength of 4840A. Given Stefan's constant =5.67 x 10 WmK. (ans: 7.31X 103 Jcm’sec:')I