d Consider the localized wavefunction given by y(x) =e-*²/². Use the definitions î=x and î= - i- dx indicated operations on this function with the result of those operations. p²(x) = A.x² Y(x) x²(x)= B. (1-x) y(x) C. 1 y(x) D. (1-x²) y(x) E.x²(x) *(1-1)(x) 6 (1-27) (x) H.xy(x) and match the
d Consider the localized wavefunction given by y(x) =e-*²/². Use the definitions î=x and î= - i- dx indicated operations on this function with the result of those operations. p²(x) = A.x² Y(x) x²(x)= B. (1-x) y(x) C. 1 y(x) D. (1-x²) y(x) E.x²(x) *(1-1)(x) 6 (1-27) (x) H.xy(x) and match the
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Transcribed Image Text:Consider the localized wavefunction given by y(x) = e
indicated operations on this function with the result of those operations.
p²(x) = A. x²
-y(x)
- x²(x) = B. (1-x) y(x)
C. 1
ZY(x)
D. (1−x²)y(x)
E.x²(x)
*(1-2)(x)
G.
" (1-27) (0)
1(x)
H.xy(x)
F.
d
dx
-x²/2. Use the definitions =x and p=-i and match the
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Transcribed Image Text:Using the result from part (a), evaluate = (^²+x²) y(x). (choose one)
( 1 + x²) √(x)
y (x)
X
( 121 - 12/27) 1 (X)
y(x)
○ (1-x²) y(x)
○ (1+x²) y(x)
2
(1+77) w(0)
y(x)
(1-27) (0)
y(x)
1
2
+
X
2
2
y(x)
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