Equivalent Mass Calculator

Molar Mass (g/mol):
Valency:
Calculate
Equivalent Mass (g/mol):

Introduction

Calculating equivalent mass is a crucial task in chemistry, especially in stoichiometry and chemical reactions. It helps determine the mass of a substance that can combine with or replace a given mass of another substance in a chemical reaction. Having a tool to swiftly perform these calculations can streamline various chemical analyses and experiments. This article introduces an equivalent mass calculator, along with its usage, formula, example solve, and frequently asked questions.

How to Use

Using the equivalent mass calculator is straightforward. Simply input the molar mass and valency of the substance, and the calculator will provide the equivalent mass. Follow the steps below:

1. Enter the molar mass of the substance in grams per mole.
2. Input the valency of the substance.
3. Click the “Calculate” button to obtain the equivalent mass.

Formula

The formula to calculate equivalent mass (Meq) is:

Where:

• Meq is the equivalent mass.
• Molar Mass is the mass of the substance in grams per mole.
• Valency is the valency of the substance.

Example Solve

Let’s calculate the equivalent mass of a substance with a molar mass of 40 g/mol and a valency of 2.

Using the formula:

Meq=20

Therefore, the equivalent mass is 20 g/mol.

FAQs

Q: What is equivalent mass in chemistry?

Equivalent mass is the mass of a substance that can combine with or replace a given mass of another substance in a chemical reaction. It helps in stoichiometry calculations and determining reactant quantities.

Q: How is equivalent mass different from molar mass?

Equivalent mass is a concept used in stoichiometry, while molar mass is the mass of one mole of a substance. Equivalent mass takes into account the valency of the substance, which molar mass does not.

Conclusion

The equivalent mass calculator presented here simplifies the process of determining the equivalent mass of a substance, a crucial step in various chemical calculations. By inputting the molar mass and valency, users can swiftly obtain accurate results, aiding in chemical analyses, experiments, and reaction predictions.