Derivative formulas
Calculation of the derivative — the most important operation in differential calculus.
Functions differentiation formula
In the table below u and v — are functions of the variable x, and c — is constant. It is enough these formulas to differentiate any elementary function.
(c · u)′ = c · u ′
(u + v)′ = u ′ + v ′
(u · v)′ = u ′ · v + u · v ′
( | u | ) | ′ | = | u ′ · v - u · v ′ |
Basic formulas of derivatives
Derivatives of constant
c ′ = 0, где c = constDerivatives of power functions
(xn )′ = n · xn - 1Derivatives of exponential functions
(ax )′ = ax · ln aDerivatives of exponential functions
(ex )′ = exDerivatives of logarithmic functions
(loga x)′ = | 1 |
(ln x)′ = | 1 |
Derivative of Trigonometric Functions
(sin x)′ = cos x
(cos x)′ = -sin x
(tg x)′ = | 1 |
(ctg x)′ = - | 1 |
Derivative of inverses trigonometric functions
(arcsin x)′ = | 1 |
(arccos x)′ = - | 1 |
(arctg x)′ = | 1 |
(arcctg x)′ = - | 1 |
Derivative of Hyperbolic functions
(sh x)′ = ch x
(ch x)′ = sh x
(th x)′ = | 1 |
(cth x)′ = - | 1 |
Factoring: Some special cases
Formulas and properties of exponents
Formulas and properties of nth root
Formulas and properties of logarithms
Formulas and properties of arithmetic sequence
Formulas and properties of geometrical sequence
Trigonometry formulasDerivative formulas
Integrals table
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