dx → 0 | THE POWER RULE | ∫ f(x)dx | LIMITS ♾️

Gottfried Wilhelm Leibniz: The Calculus Lab

Leibniz

"Nature does not make leaps."


Mathematical Visualizations

Graph Integral
The Derivative
Represented by Leibniz as dy/dx, showing the rate of change.
The Integral
The symbol was chosen by Leibniz as an elongated "S" for "summa."

Derivative Cheat Sheet

Standard Leibniz Notation
Function f(x) Differentiation Result
xn d/dx [xn] nxn-1
sin(x) d/dx [sin(x)] cos(x)
ex d/dx [ex] ex

Integration Categories

Integral Types

Infinite Limit Visualizer

Watch the value of 1/x as x approaches :

Current Result: 1.0000

Limit Calculation Complete

The function has converged to 0.

Press Esc to return.


System Performance




Data provided by MA.

Source: Leibniz, G. W. (1684) "Nova Methodus"