its an non integrable function
The indefinite integral of exp(x^2) dx is
1/2 * sqrt(pi) * erfi(x) + K
where erfi(x) is the imaginary error function, defined with regard to the error function as
erfi(x) = - i erf(ix)
see http://mathworld.wolfram.com/Erfi.html
Also, try wolframalpha.com, enter
exp(x^2) in the search box or
int(exp(x^2),x)
to see some plots and other info.
Answere^(x^2) is an example of a function expressible using standard functions (+, *, exp, log, atan, etc) whose integral can not be expressed in this way. In such cases we invent a name for the function defined by the interval, but it's just a name and doesn't shed any light on the function. In short, there is no intellectually satisfying answer to this question.The integral of cot (x) dx is ln (absolute value (sin (x))) + C. Without using the absolute value, you can use the square root of the square, i.e. ln (square root (sin2x)) + C
The graph of an exponential function f(x) = bx approaches, but does not cross the x-axis. The x-axis is a horizontal asymptote.
for solving this ..the first thing to do is substitute tanx=t^2 then x=tan inverse t^2 then solve the integral..
You would write it as 93
If y is an exponential function of x then x is a logarithmic function of y - so to change from an exponential function to a logarithmic function, change the subject of the function from one variable to the other.
Your question does not make sense.
Integration for inverse tangent of square x
It has to be a stupid answer anyway
The square root of x can also be written as x^1/2. The cubic root of x is x^1/3, the fourth root x ^1/4, and so on.
No. 3X is multiple (3 x X) X3 is exponential (X x X x X)
no it is a polynomial. exponential is a number to the x power (3^x)
A product in exponential form is:x2= x multiplied x
x integration 0 x integration x siny/ydydx
0
depends on the question but an EXPONENTIAL EQUATION is in the for 2^x = 4 and you have to solve for x.
2x2x3x5x5x5 in exponential form is: 22 x 3 x 53
∫ 1/cosh2(x) dx = tanh(x) + C C is the constant of integration.