Limits
Derivatives
More Derivatives
Optimization
Integration
100

Evaluate

lim_{x\rightarrow9}x^2

What is 81?

100

Given  f(x)=1/2x-2007 ,

d/dxf(x)

What is 

1/2

100

Given  f(x)=1/3e^(3x) 

d/dxf(x)

What is 

e^(3x)

100

The absolute maximum on the [0,2] interval for

f(x)=x^2

What is 4?

100

Evaluate

\int_0^{17}1\cdot dx

What is 17?

200

Evaluate 

lim_{x\rightarrow\infty}(20x^4+2x^3-x^2+5x+20)/(5x^4-25)

What is 4?

200

Given  f(x)=2sqrt(x)

d/dxf(x)

What is 

1/sqrt(x)

200

Given  xy=100 , we calculate this implicit derivative.

What is 

y+xdy/dx=0

200

The absolute maximum on the (0,1] interval of

f(x)=1-3x

What is no absolute maximum exists?

200

Evaluate

\int_1^(e^3)1/xdx

What is 3?

300

Evaluate

lim_{x\rightarrow5}(x^2-25)/(x-5)

What is 10?

300

Given  f(x)=-1/(2x^2) ,

d/dxf(x)

What is 

1/x^3

300

Given  f(x)=e^x-ln(x) 

d/dxf(x)

What is 

e^x-1/x

300

The critical values for the function

f(x)=|x-5|

What is 5?

300

Given  \int_0^6f(x)dx=2\pi  and  \int_6^10f(x)dx=\pi , identify

\int_0^{10}f(x)dx

What is 

3\pi

400

Given  f(x)=x^2 , evaluate

\lim_{h\rightarrow0}(f(x+h)-f(x))/h

What is 2x?

400

Given  f(x)=1/2x^2-4  and  g(x)=1/3x^3-9 

d/dx(f(x)\cdot g(x))

What is 

x^3

400

Given  y^3-y^2+1/2x^2=16 , we find this implicit derivative.

What is 

3y^2dy/dx-2ydy/dx+x=0

400

Stationary points for the function

f(x)=100x-2x^2+144

What is 25?

400

Identify

d/dx(\int_a^xcos(t)dt)

What is cos(x)?

500

Evaluate

\lim_{h\rightarrow0}(e^h-1)/h

What is 1?

500

Given  f(x)=(x-1)/x , evaluate

d/dxf(x)

What is 

1/x^2

500

Given  f(x)=5^(2x)-e^x ,

d/dxf(x)

What is 

2\cdot ln(5)5^(2x)-e^x

500

A local minimum on the [0,10] interval for

f(x)=2.5x^2-10x+11

What is 1?

500

Evaluate

\int_0^1(4x+3)dx

What is 5?

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