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

Question 30

Multiple Choice

In an allowed electron transition in a hydrogen atom:

A) ( $\Delta$ $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0; $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0, $\pm$ 1. )
B) ( $\Delta$ $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0, $\pm$ 1; $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = $\pm$ 1. )
C) ( $\Delta$ $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0, $\pm$ 1; $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0, $\pm$ 1. )
D) ( $\Delta$ $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = $\pm$ 1; $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = 0, $\pm$ 1. )
E) ( $\Delta$ $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = $\pm$ 1; $In an allowed electron transition in a hydrogen atom: A) ( \Delta = 0; = 0, \pm 1. ) B) ( \Delta = 0, \pm 1; = \pm 1. ) C) ( \Delta = 0, \pm 1; = 0, \pm 1. ) D) ( \Delta = \pm 1; = 0, \pm 1. ) E) ( \Delta = \pm 1; = \pm 1. )$ = $\pm$ 1. )