Sums and Differences
Products and Quotients
Factoring
Solving
Patterns
100

(-2p+4)-(p2-6p+8)

-p2+4p-4

100

(x-3)(x-2)

x2-5x+6

100

x2+10x+16

(x+2)(x+8)

100

Solve (x-3)(x+2)=0

x= 3 and -2

100

Give the factored form:

a2+2ab+b2

(a+b)2

200

(4s4+2st+t)

+

(2s4-2st-4t)

6s4-3t

200

(2k5-2k4)/2k3

k2-k

200

x2+2x-15

(x + 5)(x - 3)

200

Solve (2k+4)(k-3)=0

k=-2 and 3

200

 Using a pattern, create a trinomial equivalent to:

(3x+1)2

9x2+6x+1

300

Find the sum of the two polynomials

2x2+7x-4

6x2-3x+9

8x2+4x+5

300

Multiply

(3x-5)(x-3)

3x2-14x+15

300

x2-8x+12

(x-2)(x-6)

300

Factor, then solve

12t2-60t=0

12t(t-5)

t= 0 and 5

300

Give the complete formula for the difference of two squares pattern.

a2-b2=(a+b)(a-b)

400

(4x2+3)-(x2-5x+2)

3x+ 5x + 1

400

(3p4-9p3-18p)/3p

p3-3p2-6

400

2x2+11x+12

(2x + 3)(x + 4)

400

Factor, then solve.

3x2+15x-42=0

3(x+7)(x-2)=0

x= -7 and 2

400

Name the special pattern, then factor:

x2-12x+36

Bonus: What the name of the product pattern?

Perfect Square Trinomial 

(x-6)2

Bonus: Square of a Binomial

500

The equation x(x2-9)-4x(x-3)=0 can be written in an equivalent form as x(x - 3)(x - a) = 0.

What is the value of a?

x(x-3)(x-1)=0

a=1

500

Simplify

5 + 3(x + 2)(x - 2)

3x- 7

500

−4x2−8x+5.

−(2x−1)(2x+5)

500

Factor, then solve:

13=49−16t2

-(4t-6)(4t+6)

t=1.5 and -1.5

500

x2−40x+400

(x-20)2

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