A set of four possible wavefunctions is given below, where L is a positive real number: Ψ1(x)=Aexp(-x), defined for the entire x-axis; Ψ2(x)=Acos(x), defined for the entire x-axis; Ψ3(x)=Aexp(x) for 0 <= x <= L and Ψ3(x)=0 for all other values of x; Ψ4(x)=Ax for x >= L and Ψ4(x)=0 for all other values of x. Which of the four wave functions is normalizable? **ATTACHED OPTIONS** **nenhuma delas = none of them**
A set of four possible wavefunctions is given below, where L is a positive real number: Ψ1(x)=Aexp(-x), defined for the entire x-axis; Ψ2(x)=Acos(x), defined for the entire x-axis; Ψ3(x)=Aexp(x) for 0 <= x <= L and Ψ3(x)=0 for all other values of x; Ψ4(x)=Ax for x >= L and Ψ4(x)=0 for all other values of x. Which of the four wave functions is normalizable? **ATTACHED OPTIONS** **nenhuma delas = none of them**
Question
100%
A set of four possible wavefunctions is given below, where L is a positive real number: Ψ1(x)=Aexp(-x), defined for the entire x-axis; Ψ2(x)=Acos(x), defined for the entire x-axis; Ψ3(x)=Aexp(x) for 0 <= x <= L and Ψ3(x)=0 for all other values of x; Ψ4(x)=Ax for x >= L and Ψ4(x)=0 for all other values of x. Which of the four wave functions is normalizable?
**ATTACHED OPTIONS**
**nenhuma delas = none of them**
Transcribed Image Text:O w3(x)
41(x)
O nenhuma delas
O w4(x)
O w2(x)
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images
