Factor Your Quadratics
Imaginarily Complex
Many Nomials
Inversed Pieces
Exponential Logs
100

Find the ROOTS: 

6x2 + x - 35

-5/2 , 7/3

100

Simplify:  
Square Root of " -180"

6i rt5

100

Describe the End Behavior:  y= -x4+2x3-3x2-x-6

as x approaches -infinity, y approaches -infinity
as x approaches +infinity, y approaches -infinity

100

Find the Inverse of the Relation:

(-5, 7), (-6, -8), (1, -2), (10, 3)

(7, -5), (-8, -6), (-2, 1), (3, 10)  

100

Simplify: log 10000

4

200

Find the ROOTS:
3x3 - 6x2 - 297x

0, 11, -9

200

(3+2i)(4-i)

14+5i

200

Sketch a possible graph:  y=x(x+3)2(x-5)2

No thank you

200

Find the Inverse Function:

y = -5/8x + 10

y = -8/5x - 16

200

Condense into a SINGLE log.

2logx - 1/2log 9

log (x2/3)

300

y = -2x2 - 7x  
Find the VERTEX COORDINATE

(-7/4, 49/8)  or  (-1.75, 6.125)

300

Simplify:  (6-i)/4i
*Must write in a +/- bi form

-3/2 i - 1/4

300

Factor Completely:  
5x5-10x4+25x3-50x2

5x2(x2+5)(x-2)

300

Find the Inverse Function:

y = (x-6)2

y = +/- (rt x) + 6

300

Expand.

log3(a4b5c6)1/2

2log3a + 5/2log3b + 3log3c

400

Factor completely:  
x8 - y8

(x4+y4)(x2+y2)(x+y)(x-y)

400
Simplify:  (2-5i)/(3+2i)

*Must write in a+/-bi form.

-4/13 - 19/13 i

400

Solve COMPLETELY:

f(x) = 3x3-8x2-20x+16

-2, 2/3, 4

400

Are they Inverses of eachother? 

f(x) = 1/2x - 7, g(x) = 2x + 14

*MUST PROVE w/ COMPOSITES

YES. f(g(x)) = x = g(f(x))

400

Solve.

ln(2x-1) + ln(x+3) = ln(x2+x-7)

No Solution

500

Solve COMPLETELY.

f(x)=5x5 − 15x4 − 4x3 + 12x2 − 9x + 27

3, +/- 3rt5/5, +/- i

500

Find the Inverse Function:

y=x2-8x+2  ; x less than or equal to 4

y = negative sqrt (x+14) + 4 

(Negative Only)

500

Solve.

log4(3x-2) - log4(4x+1) = 2

-18/61