1.1 & 1.2 linear equations
1.3 factoring review
1.4 quadratic equations
1.6 polynomials
1.6 radicals
100

Solve: 

2x – 3(2x + 2) = 1 – 5(4x + 3) 

x = -1/2 

100

Factor: 

10x2 + 9x + 2

(2x + 1)(5x + 2) 

100

Solve 

x2 – 18x + 5 = 0

x = 9 ± 2√19

100

Solve 

x4 – 3x2 – 4 = 0

x = ±2
x = ±i

100

5x2 + 20x + 15  ⋅  x – 1
     10x + 30         x2 – 1

= 1/2

200

Solve the equation. Simplify if possible. 

–5(b – 5) – 1 = 13 – (b – 3)

b = 2 

200

Simplify and write in standard a + bi form: 

5 – (-12)1/2

5 – 2i√3

200

Solve using the zero product property: 

3y2 = 27y 

Hint: keep it simple! 

x = 0
x = 9 

200

Solve 

(c2 + 3)2 + 2(c2 + 3) – 24 = 0

c = ±3i
c = ±1

200

35r2s2   ÷   5rs2
(r – 2)      (r – 2)2

= 7r(r – 2)

300

(1/2)n – 6 = (1/4)n – 2

n = 16

300

Simplify and write in a + bi form 

12 + 17i
     22

6 + 17i
11   22

300

Solve by completing the square: 

3x2 + 12x = –90 

-2 ± i√26

300

Simplify WITHOUT a calculator 

–813/4
– 1
 27
300

x2 + 21x + 40   +   x + 1
     x2 – 25              x + 5

2x+7
 x-5

400

Darren drives to school in rush hour traffic and averages 36 mph. He returns home in mid-afternoon when there is less traffic and averages 45 mph. What is the distance between his home and school if the total traveling time is 1hr 30min? 

Hint: make a "d=rt" table!

30mi 

400

Answer in a + bi form

(238 + 14i) – (64 + 19i) 

174 – 5i

400

Solve 

2x(x – 3) = –7 

Hint: pop goes the weasel! 

3/2 + (√(5)/2)i 

400

Solve 

√(x + 7) = x – 5

x = 9

400

Carmen drives between Miami, Florida, and West Palm Beach, Florida. She drives 30 mi in clear weather and then encounters a thunderstorm for the last 36 mi. She drives 22 mph slower through the thunderstorm than she does in clear weather. If the total time for the trip is 2.75 hr, determine her average speed in nice weather and her average speed driving in the thunderstorm.

Hint: make a table! 

18 mph in the thunderstorm 

40 mph in nice weather