d Consider the localized wavefunction given by ulx) = e-x²/2. Use the definitions = x and and match the dx = - indicated operations on this function with the result of those operations. "B²w(x) = A. xụ(x) В. х2 C. (1- x)µ(x) D. (1 – x²)µ(x) Е. 1- F. 1- w(x) 2 G. 1 H. x²u(x)

Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Please try to answer both in 30 minute
Consider the localized wavefunction given by ulx) = -x²/2. Use the definitions = x
and
and match the
dx
= -
e
indicated operations on this function with the result of those operations.
"p²u(x) =
A. xụ(x)
В. х2
C. (1– x)µ(x)
D. (1 – x²)µ(x)
Е.
1-
F.
1-
u(x)
G. 1
H. x²u(x)
Transcribed Image Text:Consider the localized wavefunction given by ulx) = -x²/2. Use the definitions = x and and match the dx = - e indicated operations on this function with the result of those operations. "p²u(x) = A. xụ(x) В. х2 C. (1– x)µ(x) D. (1 – x²)µ(x) Е. 1- F. 1- u(x) G. 1 H. x²u(x)
QUESTION 14
Using the result from part (a), evaluate (62+²) w(x): (choose one)
2
w(x)
x2
w(x)
2
x2
1+
w(x)
2
1
x2
w(x)
2
-
2
+ x2] w(x)
O (1- x²) y(x)
1-
2
* u(x)
(1+ x²) µ(x)
Transcribed Image Text:QUESTION 14 Using the result from part (a), evaluate (62+²) w(x): (choose one) 2 w(x) x2 w(x) 2 x2 1+ w(x) 2 1 x2 w(x) 2 - 2 + x2] w(x) O (1- x²) y(x) 1- 2 * u(x) (1+ x²) µ(x)
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