y = e2x+1
Original function: f(x) = e2x Integrated function: F(x) = e2x/2 Evidence: F'(x) --> f(x) = e2x ; F'(x) = 2e2x/2 = e2x = f(x) Q.E.D
An integral and an anti-derivative are the same thing. Integration means the process of finding the integral, just as anti-differentiation means the process of finding the anti-derivative.
find anti derivative of f(x) 5x^4/3 + 8x^5/4
anti derivative of ax^n is (a/n+1)x^(n+1) a is a const n is power of variable and answere6x^2
Derivative of e2x - y = 2e2x - dy/dx
3
I assume you mean e2x. I tried this at the Wolframalpha site (using the search term: "integrate e^(2*x)"; the site says it is e2x/2. This can be obtained by a simple substitution.
y = e2x+1
The anti derivative of negative sine is cosine.
Original function: f(x) = e2x Integrated function: F(x) = e2x/2 Evidence: F'(x) --> f(x) = e2x ; F'(x) = 2e2x/2 = e2x = f(x) Q.E.D
.0015x2
An integral and an anti-derivative are the same thing. Integration means the process of finding the integral, just as anti-differentiation means the process of finding the anti-derivative.
x squared
find anti derivative of f(x) 5x^4/3 + 8x^5/4
anti derivative of ax^n is (a/n+1)x^(n+1) a is a const n is power of variable and answere6x^2
The anti-derivative of X2 plus X is the same as the anti-derivative of X2 plus the anti-derivative of X. The anti derivative of X2 is X3/3 plus an integration constant C1 The anti derivative of X is X2/2 plus an integration constant C2 So the anti-derivative of X2+X is (X3/3)+(X2/2)+C1+C2 The constants can be combined and the fraction can combined by using a common denominator leaving (2X3/6)+(3X2/6)+C X2/6 can be factored out leaving (X2/6)(2X+3)+C Hope that helps