Derivatives
Integrals
L’Hopital
Product/Quotient Rule
Average Value
100

3x6

18x5

100

∫x2dx

x3/3+C

100

limx->0(sin(x)/x)

1

100

2x2*5x-x

24x2

100

Find the average value of xfrom [-1,2]

5/4

200

15x2+2x


30x+2

200

∫-cos(x)dx

-sin(x)+C

200

limx->0(1-cos(x))/x2

1/2

200

x2*sin(x)

2xsin(x)+x2cos(x)

200

Find the average value of 1/xfrom [1,2]

3/8

300

-sin(3x)

-3cos(3x)

300

∫3e3xdx

e3x+C

300
limx->1(x3-1)/(x-1)

3

300

x/(x+1)

1/(x+1)2
300

Find the average value of √x from [0,4]

4/3

400

Ln(3x3)

3/x

400

∫2x(x2+1)3dx

((x2+1)4/2)+C

400

limx->0(ex-1-x)/x2

1/2

400

x2*ln(x)

2xln(x)+x

400

Find the average value of sin(x) from [0,π]

2/π

500

Cos(3x2+5x+3)

-Sin(3x2+5x+3)*(6x+5)


500

∫5x/(x2+4)


5/2ln(x2+4)+C


500

limx->0(1-cos(2x))/x2

2

500

x3*cos(x2)

3x2*cos(x2)-2x4*sin(x2)

500

Find the average value of √(1-x2) from [-1,1]

π/4