(-h2/8T2m) (221 0x2 + 221 @y2 + 221 @z2 ) - Ze?|(417 €, Vx2+y2+z2) = Ey 4xr?R(r) Is 35 0 0 S 10 IS 20 Distance r from

[answerhappygod]

H2 8t2m 221 0x2 221 Y2 221 Z2 Ze 417 Vx2 Y2 Z2 Ey 4xr R R Is 35 0 0 S 10 Is 20 Distance R From 1 (34.15 KiB) Viewed 10 times

2. In the diagram below we can see how the _______ orbital
is more penetrating and ________ is more diffuse.

H2 8t2m 221 0x2 221 Y2 221 Z2 Ze 417 Vx2 Y2 Z2 Ey 4xr R R Is 35 0 0 S 10 Is 20 Distance R From 2 (77.04 KiB) Viewed 10 times

3. By comparing the 2p orbital of nitrogen in its ground
state, with the one shown below, we can say...

H2 8t2m 221 0x2 221 Y2 221 Z2 Ze 417 Vx2 Y2 Z2 Ey 4xr R R Is 35 0 0 S 10 Is 20 Distance R From 3 (19.61 KiB) Viewed 10 times

a) increases the multiplicity
b) increases the stabilization energy
c) it is impossible
d) decreases the multiplicity
4. The Coulombic repulsion energy, Π𝗰, is ________ and
arises from ________ between the electrons in an orbital
a) stabilizer; the attractions
b) destabilizing; the repulsions
c) neutralizing; parallel spins
d) stabilizer; parallel spins
5. A representative element of the p block is_________.
a) Na
b) F
c) W
d) Fe
6. Which of the following relationships between orbitals,
electrons, and effective nuclear charge is false?
a) Electrons in the same subshell shield each other.
b) Electrons in d and f orbitals shield better than those in s and
p orbitals because the d and f orbitals have greater
penetration.
c) Every electron between the nucleus and another electron serves
as a shield.
d) The effective nuclear charge can be estimated with Slater's
rules
(-h2/8T2m) (221 0x2 + 221 @y2 + 221 @z2 ) - Ze?|(417 €, Vx2+y2+z2) = Ey

4xr?R(r) Is 35 0 0 S 10 IS 20 Distance r from the nucleus/atomie units

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