Basic Properties of Definite Integrals
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Basic Properties of Definite IntegralsQuestions
- What are five basic properties of definite integrals?
- What is the integral of an integral?
- What is the integral of a quotient?
- How do I evaluate #int_0^5(2 e^x + 5cos(x)) dx#?
- Why can't you integrate #sqrt(1+(cosx/-sinx)^2#?
- What are the different strategies of integration?
- What is the integral from 0 to 4 of lnx dx?
- How do you find the integral of 0 to the infinity of #x^(8/3) dx#?
- How do you evaluate the integral of #(ln x)^2 dx#?
- How do you find the integral of #abs(x) dx# on the interval [-2, 1]?
- Given f(x)=∫ (t^2−1)/(1+cos^2(t))dt At what value of x does the local max of f(x) occur ? (a=0 and b =x)
- How do you use the properties of integrals to verify the inequality #intsinx/x# from pi/4 to pi/2 is less than or equal to #sqrt(2)/2#?
- Question #0228a
- Question #739a4
- #int x^2 arcsin(x)dx = # ?
- Question #db6c4
- How do I evaluate #int_0^oo e^-x/sqrtxdx#?