![1. (10 pts) The ground state Mo configuration of results in the following electronic states: Xaya, a Ag, and big The excited [N2]rlod configuration gives rise to the following electronic states: DIIu and el ITu. Identify all the allowed transitions between these two Mo configurations.](http://img.homeworklib.com/questions/a712a580-8767-11eb-accd-61ad58f58563.png?x-oss-process=image/resize,w_560)
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The ground state MO configuration of O_2 results in the following electronic states: X^3Sigma^-_g, a^1 Delta_g,...
The ground state of H2 has the molecular-orbital configuration (σgb)2. In addition to the ground state there are excite...
The ground state of H2 has the molecular-orbital
configuration (σgb)2.
In addition to the ground state there are excited states that
have the following configuration:
(pic)
Predict which of these states would be highest in energy and
which would be lowest.
Explain your reasoning.
Would you expect the lowest excited state of H2 to be
paramagnetic or diamagnetic?
1. The ground state of H2 has the molecular-orbital configurationo). In addition to the ground state there are excited states that have...
1/ What are the ground and first excited electronic states for [TiCl4 ]- ? 2/ Is the pure electro...
1/ What are the ground and first excited electronic states for [TiCl4 ]- ? 2/ Is the pure electronic (d to d) transition from the ground to the first excited electronic state spin and or orbitally allowed as an electric dipole transition ?
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is...
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s 2s 2p 3s'4p24s'7s2 Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. c. Spts. Write the ground state electron configuration of each of the following ions: (1) Zr?*(40) (ii) In?*(49) Ciii) Pd**(46) (iv) Se?(34)
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is...
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s2s22p 3s!4p2 4s 7s Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. 8pts, Write the ground state electron configuration of each of the following ions: c. (iv) Se (34) (ii) In2'(49) (ii) Pd*(46) (i) Zr (40)
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is...
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s²2s²2pº3s'4p2 45'7s Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. c. 8pts, Write the ground state electron configuration of each of the following ions: (ii) In2+(49) (iii) Pd4+(46) (i) Zr2+(40) (iv) Se?(34)
give the ground-state Russell-Saunders terms for the following electronic configurations (a) Give the ground-state Russell-Saunders terms...
give the ground-state Russell-Saunders terms for the following
electronic configurations
(a) Give the ground-state Russell-Saunders terms for the following electronic configurations: i. (3d) ii. (41) (Hint: S, P, D, F, G, H, I... for L=0, 1, 2, 3, 4, 5, 6 ...) (4 marks each, total 8 marks) (b) Determine ALL the atomic term symbols for the electronic configuration p3. Calculate the number of microstates and deduce the ground state term using Hund's rule. (10 marks)
1. Write the electron configuration for Li – atom in its ground state and the term...
1. Write the electron configuration for Li – atom in its ground state and the term designation of that state 2. List the electron configurations of the following atoms in their ground states: Al, F, Ca, Ge, Ge.
Which of the following electron configurations correspond to an excited state? Identify and write the ground...
Which of the following electron configurations correspond to an excited state? Identify and write the ground state electron configuration where appropriate. a) 1s 2s 3p b) 1s 2s 2p c) [Ar] 4s? 3d$ 4p'
6. Write the full ground state electronic configuration for each of the following. a. Rb b....
6. Write the full ground state electronic configuration for each of the following. a. Rb b. S2 ntooga sidi a c. Co2 d. Sn
3. The spectrum arising from transitions between two states of C2 shows the Voo line at 19,378 cm-1 and a convergence limit at 39,231 cm-1 The dissociation is into one ground state and one excited st...
3. The spectrum arising from transitions between two states of C2 shows the Voo line at 19,378 cm-1 and a convergence limit at 39,231 cm-1 The dissociation is into one ground state and one excited state atom, the excitation energy of the latter being 10,308 cm1. Calculate the exact dissociation energies of the two states.
3. The spectrum arising from transitions between two states of C2 shows the Voo line at 19,378 cm-1 and a convergence limit at 39,231 cm-1...
The ground state of H2 has the molecular-orbital
configuration (σgb)2.
In addition to the ground state there are excited states that
have the following configuration:
(pic)
Predict which of these states would be highest in energy and
which would be lowest.
Explain your reasoning.
Would you expect the lowest excited state of H2 to be
paramagnetic or diamagnetic?
1. The ground state of H2 has the molecular-orbital configurationo). In addition to the ground state there are excited states that have...
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s 2s 2p 3s'4p24s'7s2 Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. c. Spts. Write the ground state electron configuration of each of the following ions: (1) Zr?*(40) (ii) In?*(49) Ciii) Pd**(46) (iv) Se?(34)
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s2s22p 3s!4p2 4s 7s Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. 8pts, Write the ground state electron configuration of each of the following ions: c. (iv) Se (34) (ii) In2'(49) (ii) Pd*(46) (i) Zr (40)
6.(18ps) (a) 6pts. What is the ground state electron configuration and orbital diagram of Nb(41)? Is this paramagnetic or diamagnetic? (b) 4pts. The following is an excited state configuration of a neutral atom: 1s²2s²2pº3s'4p2 45'7s Identify the element and write its ground state electronic configuration. Is this excited state diamagnetic or paramagnetic? Explain. c. 8pts, Write the ground state electron configuration of each of the following ions: (ii) In2+(49) (iii) Pd4+(46) (i) Zr2+(40) (iv) Se?(34)
give the ground-state Russell-Saunders terms for the following
electronic configurations
(a) Give the ground-state Russell-Saunders terms for the following electronic configurations: i. (3d) ii. (41) (Hint: S, P, D, F, G, H, I... for L=0, 1, 2, 3, 4, 5, 6 ...) (4 marks each, total 8 marks) (b) Determine ALL the atomic term symbols for the electronic configuration p3. Calculate the number of microstates and deduce the ground state term using Hund's rule. (10 marks)
Which of the following electron configurations correspond to an excited state? Identify and write the ground state electron configuration where appropriate. a) 1s 2s 3p b) 1s 2s 2p c) [Ar] 4s? 3d$ 4p'
6. Write the full ground state electronic configuration for each of the following. a. Rb b. S2 ntooga sidi a c. Co2 d. Sn
3. The spectrum arising from transitions between two states of C2 shows the Voo line at 19,378 cm-1 and a convergence limit at 39,231 cm-1 The dissociation is into one ground state and one excited state atom, the excitation energy of the latter being 10,308 cm1. Calculate the exact dissociation energies of the two states.
3. The spectrum arising from transitions between two states of C2 shows the Voo line at 19,378 cm-1 and a convergence limit at 39,231 cm-1...
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