Limits and Continuity
Introduction to Differential Calculus
Derivatives of Inverse Functions
Applications of Differential Calculus
Integral Calculus
100

What does  'x->0^-' mean?

x approaches 0 from the left.

100

If  f(x)=x^2-5x, then  f'(x)= 

f'(x)=2x-5

100

 d/dx(e^x)= 

e^x

100

If  f'(x)<0 forall x on interval  (a,b) , then what conclusion can we make about  f(x)? 

The function is decreasing on interval 

(a,b)

100

 int(x^2+sec^2(x))dx= 

1/3x^3+tan(x)+C

200

A vertical asymptote is an example of _______ discontinuity.

infinite

200

The function  y=root(3)(x) is not differentiable at  x=0 since...

...there is a vertical tangent at 

x=0

200

If y =

ln(x/4)

, then what is the derivative at x = 1?

asdf

200

The area, A, of a triangle is changing with respect to time. What equation describes how the area of the triangle is changing?

 (dA)/dt=1/2((db)/dtcdoth+bcdot(dh)/dt) 

300

What is the limit as x approaches 2 from the left?

3

300

In terms of differentiation formulas, what is the quotient rule?

(f'(x)g(x)-f(x)g'(x))/[g(x)]^2

300

If  y=3^(cos(x) , then  dy/dx=

3^(cos(x))cdotln(3)cdot(-sin(x))

300

Newton's Method is an iterative process, which states that xn+1 = 

xn - [f(xn) / f'(xn)]

300

If the area

asdf

400

If  f(x) is continuous on  [a,b] , and  f(a)<N<f(b) , then by the _________ ______ theorem, there must exist some 'c' on  (a,b) , such that ______.

Intermediate Value; 

f(c)=N

400

If  y=sqrtxtan(2x) , then  dy/dx= 

1/(2sqrtx)tan(2x)+sqrtxsec^2(2x)cdot2

400

If  f(x)=sin^-1(x), then state the value(s) of x for which the function is non-differentiable.

Non-differentiable at 

x=-1,1

400

If f is a function that is continuous on [a, b], differentiable on (a, b), and f(a) = f(b), then by ______ theorem, there is a number c in (a, b) such that ________.

Rolle's; f'(c) = 0

500

Evaluate the limit:

 1/4 

500

If  y^3=xy-2x^2+8 , then find  dy/dx  at (1, 2)

Change!


500

If  f(x)=tan^-1(x^2) , then find f'(x).

(2x)/(1+x^4)

500

If a snowball melts so that its surface area decreases at a rate of 1 cm2/min, find the rate at which the diameter decrease when the diameter is 10 cm.

The diameter is decreasing by

1/(20pi)(cm)/min