Question: 4971 - In a hydrogen atom, the electron makes a transition from the n = 8 to 2 points the n = 3 state. The

 4971 - In a hydrogen atom, the electron makes a transitionfrom the n = 8 to 2 points the n = 3

state. The wavelength of the emitted photon is closest to which oneof the following values? O (a) 9.57 x 101-7 m O (b)

4971 - In a hydrogen atom, the electron makes a transition from the n = 8 to 2 points the n = 3 state. The wavelength of the emitted photon is closest to which one of the following values? O (a) 9.57 x 101-7 m O (b) 1.13 x 101-6 m O (c) 3.12 x 101-7 m O (d) 4.52 x 101-6 m O (e) 6.34 x 101-7 m4963 - The wavelength of a ruby laser is 694.3 nm. What is the energy 2 points difference between the two energy states for the transition that produces this light? O (a) 1.54 ev + O (b) 1.65 ev O (c) 1.79 ev O (d) 1.81 ev 4967 - Given that the binding energy of the hydrogen atom in its ground 2 points state is -13.6 ev, what is the energy when it is in the n = 5 state? O (a) 2.72 ev O (b) -2.72 ev O (c) 0.544 ev O (d) -0.544 ev

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