In Bohr’s model, the angular momentum of the electron in the n = 1 orbit is L = nħ. What is L for n = 1 in terms of ħ?

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Multiple Choice

In Bohr’s model, the angular momentum of the electron in the n = 1 orbit is L = nħ. What is L for n = 1 in terms of ħ?

In Bohr’s model, the orbital angular momentum is quantized in units of ħ: L = nħ, where n is the principal quantum number for the orbit. For the ground state, n = 1, so the angular momentum has magnitude L = ħ. This means the electron carries one quantum of orbital angular momentum in the lowest orbit. (Spin would add its own ±ħ/2 contribution, but the orbital part in this model is nonzero even at n = 1.)

In Bohr’s model, the angular momentum of the electron in the n = 1 orbit is L = nħ. What is L for n = 1 in terms of ħ?

Study for the Praxis Physics Exam with interactive questions and detailed explanations to enhance your understanding of physics concepts. Prepare for your exam efficiently!

In Bohr’s model, the angular momentum of the electron in the n = 1 orbit is L = nħ. What is L for n = 1 in terms of ħ?

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