Which condition must be satisfied for an electron orbit in the Bohr model of hydrogen…
CHEMISTRY · Single correct · AP · Chemistry · Atomic Structure and Properties · Atomic Structure and Properties
Problem
Which condition must be satisfied for an electron orbit in the Bohr model of hydrogen to be considered an allowed stationary state?
(a) The orbit radius equals an integral multiple of the Bohr radius.
(b) The electron’s kinetic energy equals the magnitude of its Coulomb potential energy.
(c) The orbit circumference equals an integer multiple of the electron’s de Broglie wavelength.
(d) The electron’s angular momentum equals an integer multiple of Planck’s constant h. (i.e., L=nh)