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Chemistry Molar Mass & Solution Molarity Calculator

Comprehensive chemistry tool for Grade 10th/11th/12th and college chemistry. Parse chemical formulas to get exact molar mass (g/mol), calculate solution molarity, and solve stock dilution formulas.

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Calculator

Molar Mass (H2SO4)

98.077 g/mol

Sum of atomic weights per mole of compound.

Moles of Solute

0.4996 mol

Moles = 49g ÷ 98.08 g/mol

Solution Molarity (M)

0.999 M (mol/L)

Concentration = 0.4996 mol ÷ 0.5 L

Solution Dilution Calculator (M₁V₁ = M₂V₂)

Calculate the final diluted molarity from stock concentration and dilution volume.

Final Diluted Molarity (M₂)

1.200 M

M₂ = (M₁ × V₁) ÷ V₂ = (12 × 0.05) ÷ 0.5

How molar mass is computed

Each element in the chemical formula is matched to standard IUPAC atomic weights. Total molar mass is the sum of (atomic weight × subscript count) in grams per mole.

Getting a trustworthy result

Chemistry Molar Mass & Solution Molarity Calculator runs entirely in your browser from the numbers you enter. Check the methodology notes above, then compare with a related calculator or a short guide if you want a second pass before you decide.

What to do next

If prices or rates sparked this visit, glance at Markets. If you want a walkthrough, open a related guide. Or switch to another calculator in the same category to finish the task in one sitting.

FAQ

How does the dilution solver work?

It uses the law of conservation of moles: M₁ × V₁ = M₂ × V₂, where M is molarity and V is volume in liters.

Is the Chemistry Molar Mass & Solution Molarity Calculator free?

Yes. It runs in your browser with no account required.

Where should I go after using this tool?

Try related tools in the sidebar, Markets for live-style price snapshots, or Blog guides that link back into calculators.

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