1-The bond order of a diatomic molecule is defined A. as one half the difference between the number of electrons in bonding orbitals, nb, and the number of electrons in antibonding orbitals, na. 2- In heteronuclear diatomic molecules, such as CO we must have additional molecular orbitals. 3- We have writing electronic configuration of [FeCl] complex as 4- The energy gap is referred to asA (10 Da) B. -4 Ao C. E(2g) - 43o while E(eg) = +630 D. point their lobes directly at the point- charge ligands E. -640 F. Four long bond, two short compressed G. Crystal Field Stabilization Energy H. The overlap of "p" orbitals results in two sets of s orbitals (two bonding and two antibonding) and one set of p orbitals (one bonding and one antibonding). L point their lobes between the point charges. J. referred to the crystal field splitting 5- CFSE 6- dz and d- 7- dey, dxz, dyz S- CFSE of d' in high spin 9-Z-in distortion 10-CPSE of d in high spin energy K. (al)2(12)6(e)2(t2")3
1-The bond order of a diatomic molecule is defined A. as one half the difference between the number of electrons in bonding orbitals, nb, and the number of electrons in antibonding orbitals, na. 2- In heteronuclear diatomic molecules, such as CO we must have additional molecular orbitals. 3- We have writing electronic configuration of [FeCl] complex as 4- The energy gap is referred to asA (10 Da) B. -4 Ao C. E(2g) - 43o while E(eg) = +630 D. point their lobes directly at the point- charge ligands E. -640 F. Four long bond, two short compressed G. Crystal Field Stabilization Energy H. The overlap of "p" orbitals results in two sets of s orbitals (two bonding and two antibonding) and one set of p orbitals (one bonding and one antibonding). L point their lobes between the point charges. J. referred to the crystal field splitting 5- CFSE 6- dz and d- 7- dey, dxz, dyz S- CFSE of d' in high spin 9-Z-in distortion 10-CPSE of d in high spin energy K. (al)2(12)6(e)2(t2")3
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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![1-The bond order of a diatomic molecule is defined
A. as one half the difference between the
number of electrons in bonding
orbitals, nb, and the number of
electrons in antibonding orbitals, na.
2- In heteronuclear diatomic molecules, such as CO
we must have additional molecular orbitals.
3 We have writing electronic configuration of
(FeCla]" complex as
В.
-4 Ao
C. E(12g) = 4Ao while E(eg) = +6Ao
D. point their lobes directly at the point-
charge ligands
4- The energy gap is referred to as A (10 Da)
5- CISE
6- dz and ds- y
E.
-6Ao
F. Four long bond, two short compressed
G. Crystal Field Stabilization Energy
H. The overlap of "p" orbitals results in
two sets of s orbitals (two bonding and
two antibonding) and one set of p
orbitals (one bonding and one
antibonding).
I. point their lobes between the point
7- dxy, dxz, dyz
8- CFSE of d' in high spin
9-Z-in distortion
charges.
J. referred to the crystal field splitting
10- CFSE of de in high spin
energy
K. (al)2(12)6(e)2(12")3
D
C
A
1
2
4
6
7
8
9.
LO
B.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd7eb3c66-d2e9-41ba-a031-5ed7bd304aa6%2F1f1b2a07-fcbf-4967-b518-c7e2b5bf50ea%2F0lv6uir_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1-The bond order of a diatomic molecule is defined
A. as one half the difference between the
number of electrons in bonding
orbitals, nb, and the number of
electrons in antibonding orbitals, na.
2- In heteronuclear diatomic molecules, such as CO
we must have additional molecular orbitals.
3 We have writing electronic configuration of
(FeCla]" complex as
В.
-4 Ao
C. E(12g) = 4Ao while E(eg) = +6Ao
D. point their lobes directly at the point-
charge ligands
4- The energy gap is referred to as A (10 Da)
5- CISE
6- dz and ds- y
E.
-6Ao
F. Four long bond, two short compressed
G. Crystal Field Stabilization Energy
H. The overlap of "p" orbitals results in
two sets of s orbitals (two bonding and
two antibonding) and one set of p
orbitals (one bonding and one
antibonding).
I. point their lobes between the point
7- dxy, dxz, dyz
8- CFSE of d' in high spin
9-Z-in distortion
charges.
J. referred to the crystal field splitting
10- CFSE of de in high spin
energy
K. (al)2(12)6(e)2(12")3
D
C
A
1
2
4
6
7
8
9.
LO
B.
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