The ground-state wave function of the harmonic oscillator is B) $\Psi$ 0 (x) = A 0 e - ax C) $\Psi$ 0 (x) = A 0 sin(ax) D) $\Psi$ 0 (x) = A 0 sin(ax 2 )

The Answer of The ground-state wave function of the harmonic oscillator is B) $\Psi$ 0 (x) = A 0 e - ax C) $\Psi$ 0 (x) = A 0 sin(ax) D) $\Psi$ 0 (x) = A 0 sin(ax 2 )

The ground-state wave function of the harmonic oscillator is B) $\Psi$ 0 (x) = A 0 e - ax C) $\Psi$ 0 (x) = A 0 sin(ax) D) $\Psi$ 0 (x) = A 0 sin(ax 2 )

The Answer of The ground-state wave function of the harmonic oscillator is B) $\Psi$ 0 (x) = A 0 e - ax C) $\Psi$ 0 (x) = A 0 sin(ax) D) $\Psi$ 0 (x) = A 0 sin(ax 2 )

Solved

The Ground-State Wave Function of the Harmonic Oscillator Is
A) $\Psi$

Question 23

Multiple Choice

The ground-state wave function of the harmonic oscillator is

A) $The ground-state wave function of the harmonic oscillator is A) B) \Psi 0(x) = A0e-ax C) \Psi 0(x) = A0sin(ax) D) \Psi 0(x) = A0sin(ax2) E)$
B) $\Psi$ ₀(x) = A₀e^-^ax
C) $\Psi$ ₀(x) = A₀sin(ax)
D) $\Psi$ ₀(x) = A₀sin(ax²)
E) $The ground-state wave function of the harmonic oscillator is A) B) \Psi 0(x) = A0e-ax C) \Psi 0(x) = A0sin(ax) D) \Psi 0(x) = A0sin(ax2) E)$