the debroglie model\ndescribe this model of the hydrogen atom. what is the atom like? how does it include…
the debroglie model\ndescribe this model of the hydrogen atom. what is the atom like? how does it include waves? (note: there is a pull - down menu to change from the radial view.)\nwhat happens when photons interact with the atom?\ncompare the energy - level diagram with that of the bohr model.\ndescribe the resulting emission spectrum. is it “right?” (let the simulation run for a few min to compare with the experimental spectrum, then take a snapshot & save it.)\nselect all that apply.\na the proton (in the nucleus) is in the center of the atom.\nb the electron is a particle.\nc the electron is a wave.\nd the electron is in motion.
Answer
Brief Explanations:
The deBroglie model proposed wave - particle duality for electrons. In an atom, protons are in the nucleus at the center. Electrons exhibit wave - like behavior and are in motion. Photons interacting with an atom can cause energy changes. Comparing energy - level diagrams helps understand atomic models. The emission spectrum can be verified experimentally.
- Option A is correct as protons are in the nucleus at the center of the atom in most atomic models.
- Option B is incorrect as the deBroglie model emphasizes the wave - like nature rather than just particle nature for electrons.
- Option C is correct as electrons are considered waves in the deBroglie model.
- Option D is correct as electrons are in constant motion around the nucleus.
Answer:
A. The proton (in the nucleus) is in the center of the atom, C. The electron is a wave, D. The electron is in motion