Fast math calculators and editors

Evaluate definite integrals and find supported antiderivatives in editable mathematical notation.

Differentiate expressions with respect to a variable using structural math input.

Find supported limits of expressions near a point, including common removable singularities.

Build a local power-series approximation with a chosen expansion point.

Factor supported polynomials into a product of simpler expressions.

Work with algebraic expressions, combine terms and expand products in a shared equation workspace.

Write an integer as a product of prime powers, with an exact-integer factorization path.

Calculate Euler's totient: count positive integers up to the input that are coprime to it.

Find the greatest common divisor of integers: the largest positive integer dividing them all.

Find the least common multiple of integers for common denominators and repeating cycles.

Edit native matrices and calculate matrix arithmetic without flattening rows into plain text.

Compute the determinant of a square matrix in an editable matrix layout.

Find a supported matrix inverse while preserving readable fractional entries.

Reduce a matrix to reduced row echelon form for linear algebra work.

Find eigenvalues of supported square matrices, with exact or approximate output depending on the problem.

Calculate the cross product of two three-dimensional vectors and keep the result in native vector notation.

Calculate the scalar product of two vectors by multiplying matching coordinates and adding them.

Use fractions, powers, roots, logarithms and trigonometric functions with a visual math keyboard.

Explore supported named functions in the same equation editor used for ordinary calculations.

Evaluate supported Gamma-function values, including exact half-integer examples.

Evaluate supported values of the Lambert W function, the inverse of a variable multiplied by its exponential.

Write rendered mathematical formulas with fractions, scripts, matrices and a shared math keyboard.

Build math-labeled commutative diagrams with nodes and configurable arrows.

Create node-and-edge graphs with mathematical labels and free-form positions.

Draw supported function graphs and compare equations on a mathematical canvas.

Draw geometric constructions alongside equations, text and diagrams.