- #1
pamoriano
- 1
- 0
Hello everyone,
How do I to figure out the integral of e^{1/x}dx.
Thanks in advance,
How do I to figure out the integral of e^{1/x}dx.
Thanks in advance,
What is the context of this integral? Why do you need to figure it out?pamoriano said:Hello everyone,
How do I to figure out the integral of e^{1/x}dx.
Thanks in advance,
The formula for the integral of e^(1/x)dx is ∫ e^(1/x)dx = xln(x) + C, where C is a constant.
The domain of e^(1/x) is all real numbers except x = 0, since the function is undefined at that point.
No, it is not possible to find a closed form solution for the integral of e^(1/x)dx. It can only be expressed in terms of the logarithmic function.
To solve the integral of e^(1/x)dx by substitution, let u = 1/x and du = -1/x^2 dx. Then, the integral becomes ∫ e^u * (-1/u^2) du. Using the formula for integration by substitution, the solution is -e^u + C = -e^(1/x) + C.
Yes, the integral of e^(1/x)dx can be evaluated numerically using numerical integration methods such as the trapezoidal rule or Simpson's rule.