corrections to qchem and spectroscopy 2005-10-26corrections to quantum chemistry and spectroscopy...

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Corrections to Quantum Chemistry and Spectroscopy Correction to Chapter 2 Equation 2.33 should read () () ( ) 2 2 2 25 2 1 1 1 2 for all 50 x x b x x f x e b b f x f x b = < = Correction to Chapter 7 p. 111 The zero line in Figure 7.6 is incorrectly placed. Please use the figure below: m l 1 m l 2 m l 3 m l 6 m l 4 m l 5

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Corrections to Quantum Chemistry and Spectroscopy

Correction to Chapter 2

Equation 2.33 should read

( )

( ) ( )

2

2

2 25

21 1 1

2 for all

50

x

x

bx x

f x eb b

f x f x b

= <

=

Correction to Chapter 7

p. 111 The zero line in Figure 7.6 is incorrectly placed. Please use the figure below:

ml 1 ml 2

ml 3

ml 6

ml 4

ml 5

Corrections to Chapter 8

p. 138 The right-hand labels for the three graphs are incorrect in Figure 8.7. Please use the

figure supplied below:

0

1 x 0

3 x 0

5 x 0

x

*

*

*

p. 139 The last equation on this page should read

l =1

M ( )ln

I( )

I0( )

=1

40(cm bar)1(2.0 10

6bar)

ln0.90 = 1.3 103cm

Corrections for Chapter 9:

p. 174 The text for the Solution of Example Problem 9.6 on this page should read as follows:

The radial distribution function is

P(r) = r2R2(r) =

1

8

1

a0

3

r22

r

a0

2

er /a0

To find the maxima, we plot P(r) and

dP(r)

dr=

r

8a0

6(8a

0

316a

0

2r + 8a

0r2

r3)e

r /a0

versus r / a0 and look for the nodes in this function. These functions are plotted as

a function of r / a0 in the following figure:

p. 178 The first term of the equation for P9.10 should be deleted, and the equation should read:

( )( )

( )

2 2 22

2 2

0

( 1)

2 2 4

for = 1

d R rd l l er R r

r d r d r r r

E R r l

µ µ

++

=

Corrections for Chapter 10:

p. 208 The y-axis captions of the radial probability distribution figures, part (c) of Q10.11

through Q10.18, are incorrect.

to 210 Please use the following corrected figures:

r

(b)

r

(c)

(a)

R(r

)

r2 [R

(r)]

2

r

(b)

r

(c)

(a)R

(r)

r2 [R

(r)]

2

Q10.11 Q10.12

r

(b)

r

(c)

(a)

R(r

)

r2 [R

(r)]

2

r

(b)r

(c)

(a)

R(r

)

r2 [R

(r)]

2

Q10.13 Q10.14

r

(b)r

(c)

(a)

R(r

)

r2 [R

(r)]

2

r

(b)

r

(c)

(a)

R(r

)

r2 [R

(r)]

2

Q10.15 Q10.16

Correction to Chapter 12:

p. 245 In P12.2, the cross-reference should be to Equation (12.7).

Correction to Chapter 14:

p. 288 The artwork for Figure 14.13 is incorrect. Please use the following:

ug

Correction to Chapter 15:

p. 305 In Table 15.1 the electron configuration is incorrect for N+2. The correct listing is

(1g)2(1

u

*)2(2

g)2(2

u

*)2(1

u)2(1

u)2(3

g)1

Corrections to Chapter 16:

p. 355 Equation (16.59) is incorrect. It should read

qµ = Pµµ + Pµ Sµ

basisfunctions

Equation (16.61) is incorrect. It should read

QA = ZA qA

p. 361 The caption for Figure 16.29 should read

The LUMO (left) and HOMO (right) for acetone identify regions where

electrophilic and nucleophilic attack, respectively, are likely to occur.

Corrections for Chapter 17:

p. 404 Equation (17.22) should read

( ) ( ) ( ) ( )1

1 1 1ˆ ˆ ˆ ˆ , 1, 2,...,h

i i reducible i j reducible j i j reducible j

j

n R R R R i Nh h h =

= = • = =

p. 410 The caption for Figure 17.11 should read

The ethene MO that is a basis of the B1u representation.