The arctan function allows the calculation of the arctan of a number. The arctan function is the inverse functions of the tangent function.
The arctan function is the inverse function of the tangent function, it calculates the arc tangent of a number online.
To calculate the arctangent of a number, just enter the number and apply the arctan function.
For example, to calculate the arctangent of the following number 10, type arctan(`10`), or directly 10 if the arctan button already appears, the result 1.4711276743 is returned.
The derivative of the arctangent is equal to `1/(1+(x)^2)`.
The antiderivative of the arctangent is equal to `x*arctan(x)-1/2*ln(1+(x)^2)`.
arctan(`-1`) | `3*pi/4` |
arctan(`-sqrt(3)/3`) | `5*pi/6` |
arctan(`-sqrt(3)`) | `2*pi/3` |
arctan(`0`) | `0` |
arctan(`sqrt(3)`) | `pi/3` |
arctan(`1`) | `pi/4` |
arctan(`sqrt(3)/3`) | `pi/6` |
arctan(x) , x is a number.
Other notation sometimes used : atan
arctan(`0`) returns 0
To differentiate function arctangent online, it is possible to use the derivative calculator which allows the calculation of the derivative of the arctangent function
The derivative of arctan(x) is derivative(`"arctan"(x)`)=`1/(1+(x)^2)`
Antiderivative calculator allows to calculate an antiderivative of arctangent function.
An antiderivative of arctan(x) is antiderivative(`"arctan"(x)`)=`x*"arctan"(x)-1/2*ln(1+(x)^2)`
The limit calculator allows the calculation of limits of the arctangent function.
The limit of arctan(x) is limit(`"arctan"(x)`)
The inverse function of arctangent is the tangent function noted tan.
The graphing calculator is able to plot arctangent function in its definition interval.