Transforming Formulas
Factoring Integers
Dividing Monomials
Dividing Polynomials
Factoring Polynomials
GCF
100

Solve the formula for the surface area of a cylinder.

s=2πrh

h=s/(2π r)

100

Find the prime factorization for 200

23 x 52

100

Find the missing factor:

32x6=(4x2)(  ?  )

8x4

100

Divide

(16y-12)/2

8y-6

100

Factor

16a-8b+12

4(4a-2b+3)

200

Solve the following formula for h:

s=2πrh+2πr2

(s-2πr2)/2πr

200

Find the prime factorization for 98

2 x 72

200

Simplify

18x4/12x3y

3x/2y

200

Divide

(24mn-16n)/8n

3m-2

200

Factor

9s3+15s2

3s2(3s+5)

300

Solve the following formula for y:

m=(x+y)/2

y=2m-x

300

Find the GCF of :

66, 90

6

300

Find the GCF of:

20ax3,30abx

10ax

300

Divide

(4u3+10u2-6u)/2u

2u2+5u-3

300

Factor

22y4-33y3+11y2

11y2(2y2-3y+1)

400

Solve the following formula for F:

C=(5/9)(F-32)

F=(9/5)C+32

400

Find the GCF of 10, 100, 1000

10

400

Simplify

(-t4)3/(-t2)5

t2

400

Divide

(pq3-p3q)/pq

q2-p2

400

Factor

4x2y-16xy2

4xy(x-4y)

500

Solve the formula given for n:

l=a+(n-1)d

[(l-a)/d]+1=n

500

Sara has 16 red flowers and 24 yellow flowers. She wants to make bouquets with the same number of each color flower in each bouquet. What is the greatest number of bouquets she can make? And how many red and yellow flowers will she put in each bouquet?

8 bouquets; 2 reds and 3 yellows

500

Find the GCF of:

25p2q3, 15p2q2, 35pq4

5pq2

500
Simplify

(30p4q-45p3q2+15p2q3)/5p2q

6p2-9pq+3q2

500

Factor

5ax2+10a2x-15a3

5a(x2+2ax-3a2)

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