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Calculus Calculators

Derivative Calculator

Differentiate functions symbolically — polynomials, trig, exponential, logarithmic and chain rule — and evaluate f′(x) at a point.

Enter values

Results update as you type.

Result

f′(x)

3x^2 · sin(x) + x^3 · cos(x) + 1 / x

Result simplified automatically; equivalent forms are equally correct.

f′(2)
8.0823944295
f(2)
7.9675265952

About the Derivative Calculator

Differentiate functions symbolically — polynomials, trig, exponential, logarithmic and chain rule — and evaluate f′(x) at a point.

Also known as: differentiation calculator, derivative solver, f prime, first derivative, second derivative, derivative of a function.

How to use this calculator

  1. Enter f(x), order, evaluate at x =.
  2. The result updates instantly as you type — press Calculate (or Enter) at any time.
  3. Review the breakdown shown under the main result.
  4. Use Copy result or Share to save the answer or send a link with your inputs.

Formula

(xⁿ)′ = nxⁿ⁻¹ · (uv)′ = u′v + uv′ · (u/v)′ = (u′v − uv′)/v² · f(g(x))′ = f′(g(x))·g′(x)

Worked example

Using the values pre-filled in the calculator above:

  • f(x): x^3 * sin(x) + ln(x)
  • Order: First derivative f′
  • Evaluate at x = = 2

the calculator returns:

  • f′(x): 3x^2 · sin(x) + x^3 · cos(x) + 1 / x
  • f′(2): 8.0823944295
  • f(2): 7.9675265952

Frequently asked questions

Which functions are supported?

Powers and roots, sin, cos, tan, sec, csc, cot, their inverses, sinh, cosh, tanh, exp, ln, log (base 10 or log(x, b)), sqrt, cbrt and abs, combined in any way.

Why does my answer look different from the textbook?

Derivatives can be written in many equivalent forms. Evaluate both at the same x to confirm they agree.