CBSE Class 11-science Answered
a photon of 3000 Angstrom is absorbed by a gas and then re-elected as two photons. One photon is red 7600 Angstrom . What wavelength of other photon?
Here I am knowing solution but I am not able to understand that why we are using formula ( h*c/lambda of total = h*c/lambda of 1 +h*c / lambda of 2 )
Please solve it
Asked by rajarage18 | 23 Jan, 2020, 08:00: PM
E =hc/λ
Wavelength of 1st photon = λ1
Wavelength of 2nd photon = λ2
Energy conservation-
E(Total) = E1 + E2 = Emitted energy
hc/ λ = hc/ λ1 + hc/ λ2
1/3000 = 1/7600 + 1/ λ2
1/ λ2 = (1/3000 – 1/7600)
λ2 = 4960 Angstrom = wavelength of second photon
E =hc/λ
Wavelength of 1st photon = λ1
Wavelength of 2nd photon = λ2
Energy conservation-
E(Total) = E1 + E2 = Emitted energy
hc/ λ = hc/ λ1 + hc/ λ2
1/3000 = 1/7600 + 1/ λ2
1/ λ2 = (1/3000 – 1/7600)
λ2 = 4960 Angstrom = wavelength of second photon
Answered by Ravi | 24 Jan, 2020, 10:05: AM
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