According to de Broglie, if the circumference of the electron's orbit in the hydrogen atom is twice the electron's wavelength, the orbit will ________
A)decay until the electron falls into the nucleus.
B)diverge, allowing the electron to escape.
C)be stable.
D)cause the electron to emit a photon.
E)not be circular.

Question

Quizplus · Accepted Answer

According to de Broglie's theory, the wavelength of an electron is related to the circumference of its orbit. If the circumference of the orbit is an integer multiple of the electron's wavelength, then the orbit is said to be stable or "standing," which means that the electron's wave would interfere constructively with itself. Therefore, if the circumference of the electron's orbit in the hydrogen atom is twice the electron's wavelength, then it will form a stable orbit.

According to De Broglie, If the Circumference of the Electron's