Jahn Teller Distortion Energy for Z-in Calculator

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Coordination Chemistry

Complex Equilibria

Group Theory

Organometallic chemistry

Slater's Rules

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Jahn Teller Distortion

Magnetic Moment

Nephelauxatic Effect

Stabilization Energy

✖Electrons In dx2y2 is the no. of electrons in dx2-y2 orbital.ⓘ Electrons In dx2y2 [N_dx2y2]			+10% -10%
✖Electrons In dz2 is the no. of electrons in dx2-y2 orbital.ⓘ Electrons In dz2 [N_dz2]			+10% -10%
✖Electrons In dxz and dyz is the no. of electrons in dxz and dyz orbitals.ⓘ Electrons In dxz and dyz [N_dxzdyz]			+10% -10%
✖Electrons In dxy is the no. of electrons in dxy orbital.ⓘ Electrons In dxy [N_dxy]			+10% -10%

✖Jahn Teller Distortion Energy For Zin the energies of orbitals with z factor are increased since the bonds along the z-axis are shortened.ⓘ Jahn Teller Distortion Energy for Z-in [JTE_Z-in]

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Formula

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Jahn Teller Distortion Energy for Z-in

Formula

`"JTE"_{"Z-in"} = ((-1/2)*"N"_{"dx2y2"})+((1/2)*("N"_{"dz"}"2"))+((1/3)*"N"_{"dxzdyz"})+((-2/3)*"N"_{"dxy"})`

Example

`"-0.333333"=((-1/2)*"2")+((1/2)*"2")+((1/3)*"3")+((-2/3)*"2")`

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Jahn Teller Distortion Energy for Z-in Solution

STEP 0: Pre-Calculation Summary

Formula Used

Jahn Teller Distortion Energy For Zin = ((-1/2)*Electrons In dx2y2)+((1/2)*Electrons In dz2)+((1/3)*Electrons In dxz and dyz)+((-2/3)*Electrons In dxy)
JTE_Z-in = ((-1/2)*N_dx2y2)+((1/2)*N_dz2)+((1/3)*N_dxzdyz)+((-2/3)*N_dxy)
This formula uses 5 Variables

Variables Used

Jahn Teller Distortion Energy For Zin - Jahn Teller Distortion Energy For Zin the energies of orbitals with z factor are increased since the bonds along the z-axis are shortened.
Electrons In dx2y2 - Electrons In dx2y2 is the no. of electrons in dx2-y2 orbital.
Electrons In dz2 - Electrons In dz2 is the no. of electrons in dx2-y2 orbital.
Electrons In dxz and dyz - Electrons In dxz and dyz is the no. of electrons in dxz and dyz orbitals.
Electrons In dxy - Electrons In dxy is the no. of electrons in dxy orbital.

STEP 1: Convert Input(s) to Base Unit

Electrons In dx2y2: 2 --> No Conversion Required
Electrons In dz2: 2 --> No Conversion Required
Electrons In dxz and dyz: 3 --> No Conversion Required
Electrons In dxy: 2 --> No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

JTE_Z-in = ((-1/2)*N_dx2y2)+((1/2)*N_dz2)+((1/3)*N_dxzdyz)+((-2/3)*N_dxy) --> ((-1/2)*2)+((1/2)*2)+((1/3)*3)+((-2/3)*2)

Evaluating ... ...

JTE_Z-in = -0.333333333333333

STEP 3: Convert Result to Output's Unit

-0.333333333333333 --> No Conversion Required

FINAL ANSWER

-0.333333333333333 ≈ -0.333333 <-- Jahn Teller Distortion Energy For Zin

(Calculation completed in 00.013 seconds)

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< 2 Jahn Teller Distortion Calculators

Jahn Teller Distortion Energy for Z-out

Go Jahn Teller Distortion Energy For Zout = ((1/2)*Electrons In dx2y2)+((-1/2)*Electrons In dz2)+((-1/3)*Electrons In dxz and dyz)+((2/3)*Electrons In dxy)

Jahn Teller Distortion Energy for Z-in

Go Jahn Teller Distortion Energy For Zin = ((-1/2)*Electrons In dx2y2)+((1/2)*Electrons In dz2)+((1/3)*Electrons In dxz and dyz)+((-2/3)*Electrons In dxy)

Jahn Teller Distortion Energy for Z-in Formula

What causes Jahn Teller Distortion?

The underlying cause of the Jahn–Teller effect is the presence of molecular orbitals that are both degenerate and open shell (i.e., incompletely occupied).

How to Calculate Jahn Teller Distortion Energy for Z-in?

Jahn Teller Distortion Energy for Z-in calculator uses Jahn Teller Distortion Energy For Zin = ((-1/2)*Electrons In dx2y2)+((1/2)*Electrons In dz2)+((1/3)*Electrons In dxz and dyz)+((-2/3)*Electrons In dxy) to calculate the Jahn Teller Distortion Energy For Zin, The Jahn Teller Distortion Energy for Z-in formula is defined as the energies of orbitals with z factor which are increased since the bonds along the z-axis are shortened. Jahn Teller Distortion Energy For Zin is denoted by JTE_Z-in symbol.

How to calculate Jahn Teller Distortion Energy for Z-in using this online calculator? To use this online calculator for Jahn Teller Distortion Energy for Z-in, enter Electrons In dx2y2 (N_dx2y2), Electrons In dz2 (N_dz2), Electrons In dxz and dyz (N_dxzdyz) & Electrons In dxy (N_dxy) and hit the calculate button. Here is how the Jahn Teller Distortion Energy for Z-in calculation can be explained with given input values -> -0.733333 = ((-1/2)*2)+((1/2)*2)+((1/3)*3)+((-2/3)*2).

FAQ

What is Jahn Teller Distortion Energy for Z-in?

The Jahn Teller Distortion Energy for Z-in formula is defined as the energies of orbitals with z factor which are increased since the bonds along the z-axis are shortened and is represented as JTE_Z-in = ((-1/2)*N_dx2y2)+((1/2)*N_dz2)+((1/3)*N_dxzdyz)+((-2/3)*N_dxy) or Jahn Teller Distortion Energy For Zin = ((-1/2)*Electrons In dx2y2)+((1/2)*Electrons In dz2)+((1/3)*Electrons In dxz and dyz)+((-2/3)*Electrons In dxy). Electrons In dx2y2 is the no. of electrons in dx2-y2 orbital, Electrons In dz2 is the no. of electrons in dx2-y2 orbital, Electrons In dxz and dyz is the no. of electrons in dxz and dyz orbitals & Electrons In dxy is the no. of electrons in dxy orbital.

How to calculate Jahn Teller Distortion Energy for Z-in?

The Jahn Teller Distortion Energy for Z-in formula is defined as the energies of orbitals with z factor which are increased since the bonds along the z-axis are shortened is calculated using Jahn Teller Distortion Energy For Zin = ((-1/2)*Electrons In dx2y2)+((1/2)*Electrons In dz2)+((1/3)*Electrons In dxz and dyz)+((-2/3)*Electrons In dxy). To calculate Jahn Teller Distortion Energy for Z-in, you need Electrons In dx2y2 (N_dx2y2), Electrons In dz2 (N_dz2), Electrons In dxz and dyz (N_dxzdyz) & Electrons In dxy (N_dxy). With our tool, you need to enter the respective value for Electrons In dx2y2, Electrons In dz2, Electrons In dxz and dyz & Electrons In dxy and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

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