physics

Question

According to Maxwell’s laws of electromagnetism, the orbital frequency (the number of complete orbits per second) of an electron will match the frequency of the emitted radiation.

If an electron spirals into the nucleus, check off all that would occur:

 

Question 1 options:

	a continuous spectrum would occur
	the frequency of the emitted radiation would increase
	the electron's orbital frequency would increase
	a line spectrum would occur

 

 

2 -According to Bohr, when a photon of light is emitted, an electron _____ (falls, jumps) into a permitted energy level that is ______(farther, closer) to or from the nucleus

 

Answer 1

(2)

According to Bohr's Model,

Energy in the form Light is emitted when an electron falls from higher energy levels to lower energy levels.

Energy is absorbed when an electron jumps from lower energy levels to higher energy levels.

According to Bohr, when a photon of light is emitted, an electron falls into a permitted levels that is closer to nucleus.

Answer 2

(1)

According to Maxwell’s laws of electromagnetism,If an electron spirals into the nucleus,

the electron's orbital frequency would increase due to centripetal accerlation.

Option (c) is the correct answer.