AI Chemistry Solver

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Chemistry solver

Balance equations and walk stoichiometry with mole ratios and sig figs — then verify every coefficient and molar mass.

• Free to ask
• No account needed
• Step-by-step
• Available 24/7
• Works across subjects

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sample output

Example question

Balance H₂ + O₂ → H₂O; moles of H₂O from 2.0 mol H₂

Balanced equation Mole ratios Significant figures

Balanced equation

2H₂ + O₂ → 2H₂O

Mole ratios

2 mol H₂ → 2 mol H₂O, so 2.0 mol H₂ → 2.0 mol H₂O

Significant figures

Given 2.0 mol (2 sig figs). Report 2.0 mol H₂O.

2.0 mol H₂O

AI practice demo — not a student submission.

Topics supported

• Balancing chemical equations
• Mole ↔ mass conversions and basic stoichiometry
• Limiting reactant setups with complete data
• Simple acid–base and gas-law calculations
• IUPAC naming from clear structural descriptions

Problems it may struggle with

• Wrong coefficient, charge, or subscript changes the entire mole map
• Molar mass typos (even 0.01 g/mol can cascade)
• Organic mechanisms and 3D structure drawing from photos
• Lab data with missing units or unlabeled axes

How to check the result

• Count atoms on both sides after any balance claim
• Look up molar masses on your class periodic table
• Match significant figures to the least precise given
• Ask whether the limiting reactant was identified before product mass

Deterministic calculators

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Academic integrity: Use AI for process and practice. Inventing lab data or submitting AI write-ups as your own work is academic misconduct in most courses. See also academic integrity and AI and is using AI cheating?.

Why chemistry piles up so fast

Chemistry mixes memorization, invisible particles, and math. Balancing enforces conservation of mass. Stoichiometry turns grams into moles and back. One wrong coefficient or a molar-mass typo can cascade through an entire mole map even when the dimensional-analysis shape looks right.

See more solved problems under chemistry homework help, or zoom out with help by subject.

What this solver is for

1. Balancing chemical equations

Paste an unbalanced equation. A useful answer shows atom counts on both sides and how coefficients were chosen — not only the final balanced line. Example shape:

C₆H₁₂O₆ + O₂ → CO₂ + H₂O → then walk Carbon, Hydrogen, Oxygen until both sides match.

2. Stoichiometry

Grams ↔ moles ↔ moles ↔ grams with clear mole ratios. Always double-check molar masses and significant figures against your textbook or class periodic table. AI can mis-state a mass by a little and still sound sure.

3. Naming and simple thermo / kinetics

Clear IUPAC descriptions and ΔH / ΔG algebra with stated signs can be walked through. Complex organic mechanisms and 3D structure drawing from blurry photos are much weaker.

Hallucinations and tiny number errors

Chemistry is unforgiving. Language models can invent a constant or misread a subscript. Gionth is tuned for student homework explanation, but you should always verify constants (molar masses, charges, coefficients) with your class materials. Use the AI for logic and process; trust your table for the raw numbers.

Labs and integrity

You can ask for help interpreting your data or drafting an analysis paragraph about sources of error. Do not invent measurements. Submitting AI lab text as your own is misconduct in most courses — see whether using AI counts as cheating.