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Degree of Dissociation using Total Moles at Equilibrium Calculator

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Degree of Dissociation Vapour Density at Equilibrium

✖Total Moles at Equilibrium is the complete moles which are present at the equilibrium stage of the chemical reaction.ⓘ Total Moles at Equilibrium [M]			+10% -10%
✖Initial Number of Moles is the amount of gas present in moles at the primary stage of reaction at equilibrium.ⓘ Initial Number of Moles [n_initial]			+10% -10%

✖The Degree of Dissociation is the extent of generating current carrying free ions, which are dissociated from the fraction of solute at a given concentration.ⓘ Degree of Dissociation using Total Moles at Equilibrium [𝝰]

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Degree of Dissociation using Total Moles at Equilibrium Solution

STEP 0: Pre-Calculation Summary

Formula Used

Degree of Dissociation = (Total Moles at Equilibrium/Initial Number of Moles)-1
𝝰 = (M/n_initial)-1
This formula uses 3 Variables

Variables Used

Degree of Dissociation - The Degree of Dissociation is the extent of generating current carrying free ions, which are dissociated from the fraction of solute at a given concentration.
Total Moles at Equilibrium - Total Moles at Equilibrium is the complete moles which are present at the equilibrium stage of the chemical reaction.
Initial Number of Moles - (Measured in Mole) - Initial Number of Moles is the amount of gas present in moles at the primary stage of reaction at equilibrium.

STEP 1: Convert Input(s) to Base Unit

Total Moles at Equilibrium: 15 --> No Conversion Required
Initial Number of Moles: 17 Mole --> 17 Mole No Conversion Required

STEP 2: Evaluate Formula

Substituting Input Values in Formula

𝝰 = (M/n_initial)-1 --> (15/17)-1

Evaluating ... ...

𝝰 = -0.117647058823529

STEP 3: Convert Result to Output's Unit

-0.117647058823529 --> No Conversion Required

FINAL ANSWER

-0.117647058823529 ≈ -0.117647 <-- Degree of Dissociation

(Calculation completed in 00.004 seconds)

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< Degree of Dissociation Calculators

Degree of Dissociation using Concentration of Reaction

LaTeX Go Degree of Dissociation = ((Initial Vapour Density*Initial Concentration)/(Equilibrium Vapour Density*Initial Concentration))-1

Degree of Dissociation using Initial Vapour Density and Vapour Density at Equilibrium

LaTeX Go Degree of Dissociation = (Initial Vapour Density-Equilibrium Vapour Density)/Equilibrium Vapour Density*(Number of Moles-1)

Degree of Dissociation given Number of Moles at Equilibrium

LaTeX Go Degree of Dissociation = (Number of Moles at Equilibrium-1)/(Number of Moles-1)

Degree of Dissociation given Initial Vapor Density

LaTeX Go Degree of Dissociation = (Initial Vapour Density/Equilibrium Vapour Density)-1

Degree of Dissociation using Total Moles at Equilibrium Formula

LaTeX Go

Degree of Dissociation = (Total Moles at Equilibrium/Initial Number of Moles)-1
𝝰 = (M/n_initial)-1

What is Degree of Dissociation?

The fraction of the initial molecules that are converted at equilibrium is called the degree of Dissociation/ionization. It is unit less. The degree of dissociation is the phenomenon of generating current carrying free ions, which are dissociated from the fraction of solute at a given concentration.

How to Calculate Degree of Dissociation using Total Moles at Equilibrium?

Degree of Dissociation using Total Moles at Equilibrium calculator uses Degree of Dissociation = (Total Moles at Equilibrium/Initial Number of Moles)-1 to calculate the Degree of Dissociation, The Degree of dissociation using total moles at equilibrium formula is defined as the fraction of the total number of molecules which associate or combine together resulting in the formation of a bigger molecules of a reaction in equilibrium. Degree of Dissociation is denoted by 𝝰 symbol.

How to calculate Degree of Dissociation using Total Moles at Equilibrium using this online calculator? To use this online calculator for Degree of Dissociation using Total Moles at Equilibrium, enter Total Moles at Equilibrium (M) & Initial Number of Moles (n_initial) and hit the calculate button. Here is how the Degree of Dissociation using Total Moles at Equilibrium calculation can be explained with given input values -> -0.117647 = (15/17)-1.

FAQ

What is Degree of Dissociation using Total Moles at Equilibrium?

The Degree of dissociation using total moles at equilibrium formula is defined as the fraction of the total number of molecules which associate or combine together resulting in the formation of a bigger molecules of a reaction in equilibrium and is represented as 𝝰 = (M/n_initial)-1 or Degree of Dissociation = (Total Moles at Equilibrium/Initial Number of Moles)-1. Total Moles at Equilibrium is the complete moles which are present at the equilibrium stage of the chemical reaction & Initial Number of Moles is the amount of gas present in moles at the primary stage of reaction at equilibrium.

How to calculate Degree of Dissociation using Total Moles at Equilibrium?

The Degree of dissociation using total moles at equilibrium formula is defined as the fraction of the total number of molecules which associate or combine together resulting in the formation of a bigger molecules of a reaction in equilibrium is calculated using Degree of Dissociation = (Total Moles at Equilibrium/Initial Number of Moles)-1. To calculate Degree of Dissociation using Total Moles at Equilibrium, you need Total Moles at Equilibrium (M) & Initial Number of Moles (n_initial). With our tool, you need to enter the respective value for Total Moles at Equilibrium & Initial Number of Moles and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.

How many ways are there to calculate Degree of Dissociation?

In this formula, Degree of Dissociation uses Total Moles at Equilibrium & Initial Number of Moles. We can use 3 other way(s) to calculate the same, which is/are as follows -

Degree of Dissociation = (Initial Vapour Density/Equilibrium Vapour Density)-1
Degree of Dissociation = (Number of Moles at Equilibrium-1)/(Number of Moles-1)
Degree of Dissociation = ((Initial Vapour Density*Initial Concentration)/(Equilibrium Vapour Density*Initial Concentration))-1

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