Answer to: Explain how to integrate \sin 2x dx. By signing up, you'll get thousands of step-by-step solutions to your homework questions. You can...
How to integrate a second-order derivative? Calculate the derivative: d/dt integral from 1 to tan t of cos(x^2) dx. Find the derivative of the function. d/dx integral 7 pi -cos(3pi x) (e3t + 1)dt. How to take derivative of a definite integral? How to take the derivative of ...
Second way to define a function g=x**2+1 Check g(3) value: g.subs(x,3) 10 Calculate an integral integrate(x**2+x+1,x) $\displaystyle \frac{x^{3}}{3} + \frac{x^{2}}{2} + x$ integrate(t**2*exp(t)*cos(t)) $\displaystyle \frac{t^{2} e^{t} \sin{\left...
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is the integral over C of [fsqrt(r'^2+r^2(theta)'^2)]dt, but I don't know how to convert my function f=xy into a function of t so that I can integrate using the dt. I know x=rcos(theta) and y=rsin(theta), but that doesn't allow me to integrate wi...
How do I integrate cosx/(sin^2(x)+9)^2dx?I'm given the hint: "Make a substitution before using partial fraction decomposition". edit: squared the denomenatorFollow • 1 Add comment 1 Expert Answer Best Newest Oldest Andy C. answered • 09/06/17 Tutor 4.9 (27) Math/Physics ...
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Then we just integrate and get the final solution with the constant term attached to the solution. Thus the integration method has to be known and then we also need to have the initial condition, so as to eliminate the constant term. Answer and Exp...
Line Integrals: How to Integrate Functions Over Paths from Chapter 15 / Lesson 2 4.7K Line integrals are any integral of a function that can be defined along a given curve in a three-dimensional space. Learn the process of line integration and how they can be used to map paths using ...
How to integrate {eq}\frac{1}{x^{2}-4}\, dx {/eq} Using Integral Formulas: Integral formulas are such an excellent and useful tool in the study of calculus. These formulas allow us to evaluate difficult integrals by simply plugging in values appropriately and simplifying. This makes the...