According to quantum mechanics, the energy of an electron in a hydrogen atom can assume only the values $\frac { s } { 1 }$ , $\frac { s } { 4 }$ , $\frac { s } { 9 }$ , $\frac { s } { 16 }$ ... for a certain constant value s. X - the energy of an electron in a hydrogen atom.

Classify the random variable X as finite, discrete infinite, or continuous.

Question

According to quantum mechanics, the energy of an electron in a hydrogen atom can assume only the values $\frac { s } { 1 }$ , $\frac { s } { 4 }$ , $\frac { s } { 9 }$ , $\frac { s } { 16 }$ ... for a certain constant value s. X - the energy of an electron in a hydrogen atom.
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Classify the random variable ​X as finite, discrete infinite, or continuous.

Quizplus · Accepted Answer

The Answer of According to quantum mechanics, the energy of an electron in a hydrogen atom can assume only the values $\frac { s } { 1 }$ , $\frac { s } { 4 }$ , $\frac { s } { 9 }$ , $\frac { s } { 16 }$ ... for a certain constant value s. X - the energy of an electron in a hydrogen atom.
​
Classify the random variable ​X as finite, discrete infinite, or continuous.

According to Quantum Mechanics, the Energy of an Electron in a Hydrogen