Start with Eq (13 4) and show that its equivalent to where Icirc raquo is in meters, T is in kelvins, and the wavelength interval Icirc Icirc raquo should be in nanometers Then I Icirc raquo is the number of joules per second, per meter squared, per nanometer 1 2ahc (13 4) hc 1 ekT

Question: Start with Eq. (13.4) and show that its equivalent to where Î» is in meters, T is in kelvins, and the wavelength interval ÎÎ» should

Start with Eq. (13.4) and show that it€™s equivalent to

1 2ahc? (13.4) hc 1 eлkвT

where Î» is in meters, T is in kelvins, and the wavelength interval Î”Î» should be in nanometers. Then I_Î» is the number of joules per second, per meter-squared, per nanometer.

1 2ahc? (13.4) hc 1 ekT

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