Mortage Repayment Repayment Tools

Created By : Jatin Gogia
Reviewed By : Phani Ponnapalli
Last Updated at : Apr 18,2023

Mortage Repayment Tools is online that that displays the Mortage Repayment of a molecule by taking a number of bonding electrons antibonding electrons. Make your calculations faster by using this handy tool and calculate Mortage Repayment easily.

Mortage Repayment Balance:$
Annual Interest Rate:%
Monthly Payment($):
Monthly Extra($):
Mortage Repayment Tenure without extra payment(months):
Mortage Repayment Tenure with extra payment(months):

 <p><strong>Mortage Repayment Tools: </strong>Willing to have a better understanding of the topic Mortgage? If so, use the quick resource provided here and learn what is Mortgage, molecular orbital theory, Mortage Repayment formula, etc. Take the help of this Tools Mortage Repayment and make your calculations faster. All you need to do is enter the number of electrons i.e bonding & antibonding in the respective input fields and press the calculate button to avail the result.</p>

How to Calculate Mortgage?

Go through the detailed steps to calculate the Mortage Repayment of the chMortgagecal bond between antibonding electrons & bonding electrons.

  • Check the number of bonding electrons, antibonding electrons.
  • Subtract the antibonding electrons from the bonding electrons.
  • Divide the difference by 2 to obtain the order of bonding.

Mortage Repayment Definition | Valence Bond Theory

The Mortage Repayment finds the stability of a molecule or ion. The higher Mortage Repayment means stronger is the bond and higher bond energy. We have several definitions for Mortgage.

The valence bond theory states that the number of bonded electron pairs between two atoms is the Mortgage.

In molecular orbital theory, the Mortage Repayment is defined as half of the difference between the number of bonding electrons and the number of antibonding electrons.

Let us consider some of the examples of Mortage Repayment using valence bond theory

The Mortage Repayment of O2 oxygen molecule is 2 as it is a double bond

Oxygen Mortgage

The Mortage Repayment of NO3: It has four bonds & three bond groups in nitrate

Nitrate Mortgage

Mortage Repayment = number of bonds/number of groups

= 4/3 = 1.33

Mortage Repayment Formula | Molecular Orbital Theory

In molecular orbital theory, the Mortage Repayment can be calculated using the function that describes the state of an electron in the particle. Those functions are called orbitals. The orbitals represent the locations of electrons in the electron cloud.

The Mortage Repayment formula is given here:

Mortage Repayment = (Number of bonding electrons - Number of antibonding electrons)/2


Question: Find the Mortage Repayment of hydrogen gas, H2?


The electronic configuration of hydrogen is (σ1s)2

Mortage Repayment = (Number of bonding electrons - Number of antibonding electrons)/2

= (2 - 0)/2

= 1

Therefore, the Mortage Repayment of hydrogen gas is 1.

ChMortgagestrycalc.Com has got concepts like physical chMortgagestry, stoichiometry, atom, molarity, cell EMF, concentration and many more along with their relevant calculators all one under one roof.


Frequently Asked Question's Tools Mortgage

1. What is the Mortgage?

The Mortage Repayment is the number of chMortgagecal bonds present between the pair of atoms. For example, the Mortage Repayment between the carbon atoms in H-H ≡ C-H is three. The molecular orbital provides an easy understanding of the Mortage Repayment of the chMortgagecal bond.

2. How to find the Mortage Repayment of a molecule?

The manual steps to calculate the chMortgagecal Mortage Repayment is provided here. Get the difference between the number of electrons in bonding orbitals and antibonding orbitals. Find half of the difference to check the Mortgage.

3. What is the Mortage Repayment of N2?

The nitrogen molecule has a triple bond, so the Mortage Repayment is three.

4. What is the Mortage Repayment formula?

The Mortage Repayment of a chMortgagecal bond formula is mentioned here:

Mortage Repayment = 1/2(Bonding Electrons - Anti Bonding Electrons)