Lines and Such
Function Composition & Inverses
Complex & Rational Numbers
Solutions of Polynomial Functions
100

Using the _________ verifies if a graph is a function or not.

What is Vertical Line Test

100

{:(f(x)=2x+1),(g(x)=2x^2-3x-2):}

Find 

(f-g)(x)

What is

-2x^2+5x+3

100

True or False:

A 4th degree polynomial with real coefficients can have -5, -8i, 4i, and 5 as its zeros.

What is False

100
A 7th degree polynomial with real coefficients has this many zeros.

What is 7

200

Write the slope-intercept form of the line that is parallel to

f(x)=1/2x-4

and goes through the point (-1,1)

What is 

f(x)=1/2x+3/2

200

{:(f(x)=2x+1),(g(x)=2x^2-3x-2):}

Find 

(fxxg)(x)

What is 

4x^3-4x2-7x-2

200

True or False:

The graph of

f(x)=(x^2+2ax+a^2)/(x+a)

has no vertical asymptote.

What is True

200

Find ALL zero's of the following function:

f(x)=x^2-2x+8

What is

1+-sqrt7i

300

Write the slope-intercept form of the line line that is perpendicular to

f(x)=-3/7x-5

and goes through the point (3,2)

What is 

f(x)=7/3x-5

300

{:(f(x)=2x+1),(g(x)=2x^2-3x-2):}

Find 

(f/g)(x)

What is 

1/(x-2),x!=2,-1/2

300

Simplify and Write in Standard Form:

(10+sqrt-20)-(4-sqrt-45)

What is 

6+5sqrt5i

300

Solve Using Long Division:

f(x)=(3x^4+x^2-1)/(x^2-1)

What is

3x^2+4+3/(x^2-1)

400

Find the open intervals in which the following function is increasing, decreasing, and constant.

What is 

I:(-oo,-3)uu(2,5)C:(-3,1)D:(1,2)uu(5,oo)

400

The inverse of

g(x)=sqrt(2x-3)

is ______

What is 

g^-1(x)=(x^2+3)/2

400

Simplify and Write in Standard Form:

(5i)/(2-i)

What is 

-1+2i

400

Use Synthetic Division to find ALL zeros

f(x)=(x^4-x^3-16x^2=4x=48)/(x-4)

What are -3,-2,2,4

500

Sketch the graph of the following function:

f(x)={(x+4,x<=-3),(1,-3<x<=-1),(x^2,x> -1):}

What is

500

{:(f(x)=2x+1),(g(x)=2x^2-3x-2):}

Find 

(g@f)(x)

What is 

8x^2+2x-3

500

Sketch the graph of

f(x)=(2x+12)/(x^2-36)

What is 

500

Find All zero's of the following function:

f(x)=-x^3+4x^2+4x-16

What are -2,2,4

M
e
n
u