the wave function of particle must be normalizable because
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HEY MATE....
The wave function for a particle must be normalizable because: A) theparticle's charge must be conserved. B) the particle's momentum must be...The wave function for a particle must be normalizable because: A) theparticle's charge must be conserved.
HOPE IT HELPS YOU AND MARK AS BRAINLIEST.
The wave function for a particle must be normalizable because: A) theparticle's charge must be conserved. B) the particle's momentum must be...The wave function for a particle must be normalizable because: A) theparticle's charge must be conserved.
HOPE IT HELPS YOU AND MARK AS BRAINLIEST.
Answered by
7
The options for this question are missing. Following are the options:
a. The particle ' s angular momentum must be conserved.
b. The particle cannot be in two places at the same time.
c. The particle ' s momentum must be conserved.
d. The particle ' s charge must be conserved.
e. The particle must be somewhere.
Option E is the correct answer.
(e) The square of the wave function is a likelihood dissemination portraying the plausible areas of the molecule.
Since it is a probability distribution, its necessary over all space (i.e. the likelihood that the molecule is SOMEWHERE) must be
1. Since it must coordinate to 1, it must be normalizable.
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