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66. Determine whether each transition in the hydrogen atom corresponds to absorption or emission of energy. a. n-3-on=1 b. n = 22n = 4 C. n = 4 n = 3

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Related questions

consider an hydrogen atom absorption transition induced by aphoton having an energy to the diffence between the n=3 and n=4quantum levels. a) list the allowed absorption transition, B) listthe forbidden absorption transition. c.) why?

Consider the electron transition from n= 1 ton = 6 in the hydrogen atom.

A- is energy absororbed or emitted in thetransition?

B- calculate the energy of the photon(emoitted or absorbed) that corresponds to this transition.

C- calculate the wavelength that correspondsto this tranistions.


How many orbitals are in:

1- N = 4

2- L = 2

3- N= 5, l = 5, m1 = -1

4- L = 1, m1 = -1

Which of the following statements is true?

A.The highest photon energy in the emission spectrum of the hydrogen atom corresponds to the energy released when an electron makes a transition from n รขย†ย’ รขยˆยž to the n = 1 state.

B.Niels Bohr explained the discrete emission spectrum of H by assuming special orbits in which there were an integral number of wavelengths in the orbit.

C.Because of wave-particle duality, a sharp transition between ray optics and diffraction is observed.

D.The de Broglie wavelength of a particle moving at a given velocity increases with its mass.

1.A and B.

2.A and C.

3.B and D.

4.B and C.

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