Calculus
posted by Michael .
Evaluate the integral.
The integral from 0 to the square root of 2 over 2 of the function 8/sq. rt.(1t^2)

Another standard:
∫dx/√(1x^2) = arcsin(x)
sin pi/4 = √2/2
Crank thou onward . . .
Respond to this Question
Similar Questions

Calculus II/III
A. Find the integral of the following function. Integral of (x√(x+1)) dx. B. Set up and evaluate the integral of (2√x) for the area of the surface generated by revolving the curve about the xaxis from 4 to 9. For part … 
Calculus
Find the exact area of the region enclosed by the square root of (x) + the square root of (y) is = 1; x = 0 and y = 0. I moved the first equation around to get: y = [1 the square root of (x) ] ^2 Unfortunately, this gives me bounds … 
calculus
how do you solve the integral of 1/[(square root of x)(lnx)] from 2 to infinity? 
Calculus
Evaluate the integral. The integral from the square root of three over three to the square root of three of the function 6/(t^2+1) 
Calculus integral
evaluate the integral: integral from pi/4 to 0 for the function 6sec^3x dx. it has to be an exact answer and i did it and keep getting it wrong. I got 4sqrt(2)4ln(sqrt(2)+1) 
Calculus
Evaluate integral of x times the square root of (x4) dx I got u(8u^(3/2) over 3) Can anyone check this for me? 
Calculus (urgent help)
consider the function f that is continuous on the interval [5,5] and for which the definite integral 0(bottom of integral sign) to 5(top of integral sign) of f(x)dx=4. Use the properties of the definite integral to evaluate each integral: … 
calculus
consider the function f that is continuous on the interval [5,5] and for which the definite integral 0(bottom of integral sign) to 5(top of integral sign) of f(x)dx=4. Use the properties of the definite integral to evaluate each integral: … 
calculus (please with steps and explanations)
consider the function f that is continuous on the interval [5,5] and for which the definite integral 0(bottom of integral sign) to 5(top of integral sign) of f(x)dx=4. Use the properties of the definite integral to evaluate each integral: … 
Calculus check
The functions f and g are given by f(x)=sqrt(x^3) and g(x)=162x. Let R be the region bounded by the xaxis and the graphs of f and g. A. Find the area of R. B. The region R from x=0 to x=4 is rotated about the line x=4. Write, but …