Respond to this Question
Similar Questions

calc check: curve length
Find the length of the curve y=(1/(x^2)) from ( 1, 1 ) to ( 2, 1/4 ) [set up the problem only, don't integrate/evaluate] this is what i did.. let me know asap if i did it right.. y = (1/(x^2)) dy/dx = (2/(x^3)) L = integral from a … 
Calc
Evaluate the definite integral: int_{ 2 } ^ { 7 } (10 x + 5) dx = 
calculus
Evaluate the integral by interpreting it in terms of areas. int_(0)^(9) (7/2x  21)dx can someone please help me with this question i keep on getting the wrong answer...the answer i got was 324/4 
calculus
Evaluate. int_(pi)^(pi) (sin(x))^(3) (cos(x))^(3) dx 
Calculus :)
Use the substitution x=2tan(theta) to evaluate the indefinite integral 53dx/(x^2sqrt(x2+4)) 
calculus
int_(2)^2sqrt(4x^2)text()dx evaluate the integral 
Calculus
Evaluate the integral: 16csc(x) dx from pi/2 to pi (and determine if it is convergent or divergent). I know how to find the indefinite integral of csc(x) dx, but I do not know how to evaluate the improper integral. 
Math
consider the function f(x) = (x if x<1 and 1/x if x>or equal to 1 Evaluate the definite integral: int_{2}^{3} f(x)\,dx = 
Calculus
consider the function f(x) = (x if x<1 (1/x if x>or equal to 1 Evaluate the definite integral: int_{2}^{3} f(x)\,dx = 
calculus, help!
Evaluate the definite integral: int_{1}^{e^9} \frac{dx}{x \sqrt{\ln x}} = i gt my answer as 1^(e^9) but it's saying it's wrong