# Category:Differential calculus

Here is a list of articles in the Differential calculus category of the Computing portal that unifies foundations of mathematics and computations using computers.

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## Subcategories

This category has the following 5 subcategories, out of 5 total.

### D

### E

### G

### S

## Pages in category "Differential calculus"

The following 71 pages are in this category, out of 71 total.

- Differential calculus
*(computing)*

### *

- Differentiation rules
*(computing)* - Quantum calculus
*(physics)*

### A

- Adjoint equation
*(computing)* - Automatic differentiation
*(computing)*

### B

- Binomial differential equation
*(computing)*

### C

- Checkpointing scheme
*(computing)* - Convenient vector space
*(computing)*

### D

- Darboux derivative
*(computing)* - Deal.II
*(software)* - Derivative
*(computing)* - Derivative test
*(computing)* - Difference quotient
*(computing)* - Differentiable function
*(computing)* - Differentiable programming
*(computing)* - Differential (mathematics)
*(computing)* - Differential calculus over commutative algebras
*(computing)* - Differential coefficient
*(computing)* - Differential of a function
*(computing)* - Differential-algebraic system of equations
*(computing)* - Differentiation in Fréchet spaces
*(computing)* - Differentiation of trigonometric functions
*(computing)* - Directional derivative
*(computing)*

### E

- Euler–Poisson–Darboux equation
*(computing)*

### F

- Faà di Bruno's formula
*(computing)* - Fermat's theorem (stationary points)
*(computing)* - Flat function
*(computing)* - Fluent (mathematics)
*(computing)* - Fluxion
*(computing)* - Functional derivative
*(computing)* - Fundamental increment lemma
*(computing)* - Fundamental matrix (linear differential equation)
*(computing)*

### G

- Gradient
*(computing)*

### H

- Hessian automatic differentiation
*(computing)* - Hyperbolic angle
*(computing)*

### I

- Implicit function
*(computing)* - Inexact differential equation
*(computing)* - Infinitely near point
*(computing)* - Inflection point
*(computing)* - Institutiones calculi differentialis
*(computing)*

### J

- Jacobian matrix and determinant
*(computing)*

### L

- Laplace transform applied to differential equations
*(computing)* - Leibniz integral rule
*(computing)* - Leibniz's notation
*(computing)* - Limit (mathematics)
*(computing)* - Linear approximation
*(computing)* - Linearity of differentiation
*(computing)* - Linearization
*(computing)* - Logarithmic derivative
*(computing)* - Logarithmic differentiation
*(computing)*

### M

- Method of Fluxions
*(computing)* - Metric derivative
*(computing)*

### N

- Notation for differentiation
*(computing)* - Numerical differentiation
*(computing)*

### O

- Ordinary differential equation
*(computing)*

### P

- Parametric derivative
*(computing)*

### Q

- Q-derivative
*(computing)*

### R

- Racetrack principle
*(computing)* - Reduced derivative
*(computing)* - Related rates
*(computing)*

### S

- Second derivative
*(computing)* - Semi-differentiability
*(computing)* - Skew gradient
*(computing)* - Stationary point
*(computing)* - Straightening theorem for vector fields
*(computing)* - Symmetric derivative
*(computing)* - Symmetrically continuous function
*(computing)*

### T

- Third derivative
*(computing)* - Time derivative
*(computing)* - Time evolution of integrals
*(computing)* - Total derivative
*(computing)*