Basic Derivative Information and Power Rule
Chain Rule
Product Rule
Chain Rule 2
Special Derivatives
100
d/dx 5 =
0
100
d/dx (3x+1)²
6(3x+1)
100
f(x)=x²sinx, what is f′(x)?
2xsinx+ x²cosx
100

Differentiate y= 2(x+1)4

y′ = 8(x+1)3

100

Differentiate y=ex

y′ = ex

200
d/dx x² =
2x
200
d/dx sin(4x²)
8xcos(4x²)
200
Differentiate y=x³lnx
y′ =x²(1+3lnx)
200

Differentiate y= x+ln(3x2)

y′= 1+(6x)/(3x2)=1+2/x

200

Differentiate y=sin x

y′ = cos x

300
d/dx 3x²-x+3 =
6x-1
300

Differentiate y=(13x²-5x+8)1/2

y′ =26x-5/ 2√13x²-5x+8

300
Differentiate y=e^-x²cos2x
y′ =−2xe^(−x²) cos2x−2e^(−x²)sin2x
300

f(x)= cos (x²-1)

f′(x)= - 2x sin (x2-1)

300

d/dx= cosx

-sin x

400
The derivative calculates the ________.
Slope
400
Define the Chain Rule for f(g(x))
g′(x)f′(g(x))
400
Define the Product Rule using f(x)g(x)
f′(x)g(x)+ g′(x)f(x)
400

Derivate: y=e4x+2 + Sin 3x5

y= 4e4x+2+ 15x4cos 3x5

400

d/dx cosx=

-sinx

500

Another word for slope is_____________

Tangent

500

Differentiate y=3 sin √x

y′ = (3 cos √x)/(2√x)

500

Differentiate y=x²sin(x)

y′ =x2cosx + 2x sinx 

500

Differentiate y= 4/(2x-1)4

y′ = -32/(2x-1)5

500

d/dx=sin x + cos x + e- ln x 

cos x - sin x +e- 1/x