Question

Does Bohr's theory of the hydrogen atom predict that it is possible for the electron in a hydrogen atom to orbit the nucleus with any possible radius? Yes, there are an infinite number of possible orbits, so that every radius is possible. O No, while there are an infinite number of possible orbits of different radii, the radii have only distinct values, not continuous values. O No, there are only a finite number of possible orbits of different radii. +-/1 points When an electron jumps from a higher-energy orbit to a lower-energy orbit in the hydrogen atom, what happens to the excess energy? The difference in energy is dissipated as heat energy to neighboring atoms. O A photon carries off the difference in energy. The hydrogen absorbs the difference in energy, providing the energy for other electrons to jump to higher-energy orbits. +-/1 points According to the Heisenberg uncertainty principle of quantum mechanics, is it predicted that one can pinpoint exactly where an electron is located in an atom? O No, it is not possible to precisely and simultaneously determine the motion and position of an electron. Yes, the position of an electron in an atom can be precisely known at all times. O The position of an electron can be precisely known only if the energy of the electron is also precisely known.

Answer 1

Option ® is carret According to murann Only distinct possibly values Aue ① Option ③ Phaton is ruhaw au @ Option ② According to statement of Uncertainity principle

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