Given the wavelength of the corresponding emission line, calculate the equivalent radiated energy from n = 3 to n = 2 in both joules and electron volts. Also calculate the frequency of the wave.

λ (Á) ƒ(Hz) E(J) E(eV)

6563

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# Given the wavelength of the corresponding emission line, calculate the equivalent radiated energy from n = 3 to n =

Given the wavelength of the corresponding emission line, calculate the equivalent radiated energy from n = 3 to n = 2 in both joules and electron volts. Also calculate the frequency of the wave.

λ (Á) ƒ(Hz) E(J) E(eV)

6563