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The Graph Below Represents a Wave Function $\Psi$ (X) for a Particle Confined to -4

Question 39

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The graph below represents a wave function $\Psi$ (x) for a particle confined to -4.00 m $\le$ x $\le$ +4.00 m.The magnitude of the normalisation constant A is: $The graph below represents a wave function \Psi (x) for a particle confined to -4.00 m \le x \le +4.00 m.The magnitude of the normalisation constant A is: A) B) C) D) E) 4.$

A) $The graph below represents a wave function \Psi (x) for a particle confined to -4.00 m \le x \le +4.00 m.The magnitude of the normalisation constant A is: A) B) C) D) E) 4.$
B) $The graph below represents a wave function \Psi (x) for a particle confined to -4.00 m \le x \le +4.00 m.The magnitude of the normalisation constant A is: A) B) C) D) E) 4.$
C) $The graph below represents a wave function \Psi (x) for a particle confined to -4.00 m \le x \le +4.00 m.The magnitude of the normalisation constant A is: A) B) C) D) E) 4.$
D) $The graph below represents a wave function \Psi (x) for a particle confined to -4.00 m \le x \le +4.00 m.The magnitude of the normalisation constant A is: A) B) C) D) E) 4.$
E) 4.

The Graph Below Represents a Wave Function Ψ\PsiΨ (X) for a Particle Confined to -4

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The Graph Below Represents a Wave Function $\Psi$ (X) for a Particle Confined to -4

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