Consider a particle whose normalized wave function is p(x) = 2avaxe-ax = 0 x >0 x <0 a. For what value of x does P(x) = lµ(x)l²peak? b. Calculate (x) and (x)2 c. what is the probability that the particle is found between x = 0 and x =
Consider a particle whose normalized wave function is p(x) = 2avaxe-ax = 0 x >0 x <0 a. For what value of x does P(x) = lµ(x)l²peak? b. Calculate (x) and (x)2 c. what is the probability that the particle is found between x = 0 and x =
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Transcribed Image Text:Quantum Mechanics
Consider a particle whose normalized wave function is
p(x) = 2avaxe-ax
x>0
%3D
x <0
a. For what value of x does P(x) = lp(x)l²peak?
b. Calculate (x) and (x)2
c. what is the probability that the particle is found between x 0 and x =
%3D
%3D
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