Question

question 8) in the classical solar system model, what is the atom like? (1 pt) a) all of the above. b) there is an electron in motion in a circular orbit. c) there are several possible orbits the electron may follow. d) there is a nucleus where the proton resides. question 9 (1 point) saved listen question 9) what is the shortcoming of the classical solar system model model? (1 pt) a) too many are photons emitted in the visible region of the emission spectrum. b) the atom is not stable. the electron loses energy, spirals into the nucleus and the atom is destroyed. in this model atoms should not exist. c) too many photons are emitted in the uv region.

Explanation:

In the Classical Solar System model of the atom, there is a nucleus where protons reside and electrons move in circular or other possible orbits. For the short - coming, according to classical electromagnetism, an accelerating electron (as in circular motion) should radiate energy, lose energy, spiral into the nucleus and destroy the atom, meaning atoms should not exist in this model.

Answer:

Question 8: a) All of the above.
Question 9: b) The atom is not stable. The electron loses energy, spirals into the nucleus and the atom is destroyed. In this model atoms should not exist.