SOLUTION: Use hyperbolic functions to calculate the integral ∫125+x2√dx. Note: Use C for an arbitrary constant.

Algebra.Com
Question 1136374: Use hyperbolic functions to calculate the integral ∫125+x2√dx.
Note: Use C for an arbitrary constant.

Answer by ikleyn(52872)   (Show Source): You can put this solution on YOUR website!
.

The form on how the integral is written in the post, makes no sense.



RELATED QUESTIONS

Solve y′+3x^(−1)y=x^(8),y(1)=9. (a) Identify the integrating factor, α(x). α(x) = (answered by Edwin McCravy,robertb)
The hyperbolic tangent function is defined by the equation {{{ tanh x = sinh x cosh x... (answered by robertb)
y= c-lnx/x Note: elimination of arbitrary... (answered by Alan3354)
Find the derivative of the following functions. Note that you need to use the Chain Rule (answered by ewatrrr)
Solve xy′=9y−4x,y(1)=2. (a) Identify the integrating factor, α(x). α(x) = My... (answered by MathLover1)
Find the indefinite integral and check the result by differentiation. (Use C for the... (answered by Edwin McCravy)
Find all the antiderivatives for the following function. Check your work by ta (answered by ikleyn,MathLover1)
please help me in this question if the sample space is S={c:-inf (answered by stanbon)
Simple Pendulum Gravity is responsible for an object falling toward Earth. The farther... (answered by stanbon)