In an allowed electron transition in a hydrogen atom,
A)$\Delta$ $\ell$ = 0; $m _ { t }$ = 0,$\pm$1.
B)$\Delta$ $\ell$ = 0,$\pm$1; $m _ { t }$ = $\pm$1.
C)$\Delta$ $\ell$ = 0,$\pm$1; $m _ { t }$ = 0,$\pm$1.
D)$\Delta$ $\ell$ = $\pm$1; $m _ { t }$ = 0,$\pm$1.
E)$\Delta$ $\ell$ = $\pm$1; $m _ { t }$ = $\pm$1.

Question

In an allowed electron transition in a hydrogen atom,
A)$\Delta$ $\ell$ = 0; $m _ { t }$ = 0,$\pm$1.
B)$\Delta$ $\ell$ = 0,$\pm$1; $m _ { t }$ = $\pm$1.
C)$\Delta$  $\ell$ = 0,$\pm$1; $m _ { t }$ = 0,$\pm$1.
D)$\Delta$ $\ell$ = $\pm$1; $m _ { t }$ = 0,$\pm$1.
E)$\Delta$  $\ell$ = $\pm$1; $m _ { t }$ = $\pm$1.

Quizplus · Accepted Answer

The Answer of In an allowed electron transition in a hydrogen atom,
A)$\Delta$ $\ell$ = 0; $m _ { t }$ = 0,$\pm$1.
B)$\Delta$ $\ell$ = 0,$\pm$1; $m _ { t }$ = $\pm$1.
C)$\Delta$  $\ell$ = 0,$\pm$1; $m _ { t }$ = 0,$\pm$1.
D)$\Delta$ $\ell$ = $\pm$1; $m _ { t }$ = 0,$\pm$1.
E)$\Delta$  $\ell$ = $\pm$1; $m _ { t }$ = $\pm$1.

In an Allowed Electron Transition in a Hydrogen Atom, A) Δ\DeltaΔ

In an Allowed Electron Transition in a Hydrogen Atom,
A) $\Delta$