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Limits · Derivatives · Integrals

Calculus Solver

Every calculus answer names the rule it uses and is checked numerically: derivatives against finite differences, antiderivatives by differentiating back, definite integrals against adaptive numerical integration.

  • Every answer independently verified
  • Results in milliseconds
  • AI explanations at your level

What the calculus solver can do

Derivatives

d/dx [x² sin x]

Power, product, quotient and chain rules.

Higher-order & partial

∂/∂y [x² y]

Second derivatives and partial derivatives.

Implicit differentiation

x² + y² = 25

dy/dx from relations in x and y.

Indefinite integrals

∫ x eˣ dx

Substitution, parts and partial fractions.

Definite & improper

∫₀^∞ e^(−x) dx

Fundamental theorem plus numerical check.

Limits

lim (1 + 1/x)^x

Direct substitution, factoring, L'Hôpital.

Accuracy by design

A math engine first. AI second.

Chatbots guess. We compute, verify, and then explain — so every explanation is about a correct answer.

  1. 01

    Understand

    Your input — text, LaTeX, keyboard or photo — is normalized and classified into one of 20+ problem types.

  2. 02

    Compute

    A symbolic math engine solves it exactly: algebra, calculus, matrices, statistics.

  3. 03

    Verify

    Independent checks confirm the answer: substitution, numerical differentiation & integration, round-trips.

  4. 04

    Explain

    AI explains each verified step at your level — and can never change the answer.

Rules, not magic

The derivative solver tells you which rule applies at each stage — sum rule, product rule, chain rule — and shows the intermediate derivatives. The integral solver identifies the technique (u-substitution, integration by parts with LIATE, partial fractions).

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