Integration by Substitution
Take the Derivative of Natural Log Functions
Take the Integral of Natural Log Functions
Inverse Functions
Derivatives/Integrals of Exponential Functions
100

∫(x3+1)2(3x2)dx

1/2x6+x3+C

100

y=lnx dx

1/x

100

∫1/x(dx)

lnx+C

100

For a function to have an inverse, it must be?

1:1 function

100

Solve, 50e-x=30

x≈0.511

200

∫√(2x+1)dx

1/3(2x+1)2/3+C

200

y=ln(4x)dx

1/x

200

∫1/(4x)dx

(1/4)lnx + C

200

A graphical test that can be used to determine if a function has an inverse is the what?

The horizontal line test

200

Find the derivative, y=e5x

5e5x

300

∫e5xdx

1/5e5x+C

300

y=ln√(3x+1)

3/(6x+2)

300
∫1/(3x+1)dx

1/3ln (3x+1) + C

300

Find the inverse, f(x)=x2

f-1(x)=√x

300

Find the derivative, y=(x+1)2ex

ex(x+1)(x+3)

400

∫√(2x+1)dx from 0 to 4

26/3

400

y=ln(x−2)−ln(x+2)

ln((x-2)/(x+2))

400

∫(x2-2)/(x+1)dx, [0,2]

-ln3

400

Find f-1(7), f(x)=5-2x3

-1/6

400

Evaluate, ∫e5x-3dx

(1/5)e5x-3+C

500

∫dx/(x√lnx) from e to e4

2

500

x2−3lny+y=10

(2xy)/(3-2y2)

500

Avg. value of f(x)=8/x2, [2,4]

1

500

True or False? If f is an even function, then f-1 exists

False

500

∫e-2xdx, [0,1]

(e2-1)/2e2