what-is-the-frequency-of-the-light-emitted-when-an-electron-in-a-hydrogen-atom-t

Question

For the following electronic transitions in a hydrogen atom, find the frequency of the light emitted:a. n = 3 → n = 2b. n = 6 → n = 4c. n = 4 → n = 1d. n = 5 → n = 2

Accepted Answer

a. 4.56×$$10^{14}$$ $$s^{–1}$$; b. 1.14×$$10^{14}$$ $$s^{–1}$$; c. 3.08×$$10^{15}$$ $$s^{–1}$$; d. 6.91×$$10^{14}$$ $$s^{–1}$$

Answer

a. 6.51×$$10^{14}$$ $$s^{–1}$$; b. 2.14×$$10^{14}$$ $$s^{–1}$$; c. 4.54×$$10^{15}$$ $$s^{–1}$$; d. 1.66×$$10^{14}$$ $$s^{–1}$$

Answer

a. 4.56×$$10^{14}$$ $$s^{–1}$$; b. 4.11×$$10^{14}$$ $$s^{–1}$$; c. 3.08×$$10^{14}$$ $$s^{–1}$$; d. 9.60×$$10^{14}$$ $$s^{–1}$$

Answer

a. 6.51×$$10^{14}$$ $$s^{–1}$$; b. 2.11×$$10^{14}$$ $$s^{–1}$$; c. 2.54×$$10^{14}$$ $$s^{–1}$$; d. 9.66×$$10^{14}$$ $$s^{–1}$$