A black body at 7500K consists of an opening of diameter 0.0500mm, looking into an oven. Find the number of photonsper second escaping the hole and having wavelengths between 500nm and 501nm. Hint: use equation 40.6 for I(λ,T); then find Power=I(λ,T)(λ1−λ2) Area; then set nhcλ=Power×1 second and solve for n, thenumber of photons emitted in 1second. Let λ=12(λ1+λ2)

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A black body at 7500K consists of an opening of diameter 0.0500mm, looking into an oven. Find the number of photonsper second escaping the hole and having wavelengths between 500nm and 501nm. Hint: use equation 40.6 for I(λ,T); then find Power=I(λ,T)(λ1−λ2)  Area; then set nhcλ=Power×1  second and solve for n, thenumber of photons emitted in 1second. Let λ=12(λ1+λ2)

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A black body at 7500K consists of an opening ofdiameter 0.0500mm, looking into an oven. Find the number ofphotons per second escaping the hole and having wavelengths between 500nm and 501nm for this we apply the stefen&#039;s law powerarea=?T4 power=energy(E)time(t) energy=nhc? hence nhc?tA=?T4 the number of photons per second escaping thehole and having wavelengths between 500nm and 501nm. is  nt=?T4hc?A?=5.67×10−8Wm2K4 T=7500K h=6.62×10−34 Jsc=3×10 8m/s?=(500+5012)nm A=?r2 r=0.025×10−3m  plug the values and calculate for theanswer

A black body at 7500K consists of an opening of diameter0.0500mm, looking into an oven. Find the number of photonsper second escaping the hole and hav

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