Multiplication of polynomials
Addition and subtraction of polynomials
Multiplying and dividing of expressions with common bases
vocab
Anything goes
100

simplify:  (b4)(5b5

5b9

100

simplify: (5p2-3)+(2p2-3p3)

-3p3+7p2-3

100

simplify: x3x5

x8

100

A polynomial that has exactly the same two terms 

binomial 

100

simplify: (k3)4

k12

200

simplify:(4p-3)(p-2)

4p2-11p+6 

200

simplify: (5a+3b)+(3a-7b)

8a-4b

200

simplify: g5/g3

g2

200

b is a real number and that m and n represent positive integers then (bm)n=bmn

Power rule for exponents  

200

simplify: y3y6/y4

y5

300

Simplify: (-3j2+4j-2)(-5j) 

15j3-20j2+10j 

300

simplify: (4x2+8x-6)+(-6x2-x+9)

-2x2+7x+3

300

simplify: 8x/2x4

4/x3

300

The greatest degree of all its terms 

Degree of a polynomial 

300

let m represent a positive integer (ab)m=ambm

Power of a product and power of a quotient 

400

simplify: 2x(-2x-3) 

-4x2-6x 

400

simplify: (4n-3n3)-(3n3+4n) 

-6n3

400

simplify:(2x2)2

4x4

400

bmbn=bm+n

multiplication of expressions with like bases 

400

simplify: 4xy(2xy-3x+6y)  

8x2y2-12x2y+24xy2

500

simplify: (2a-1)(8a-5)

16a2-8a-5

500

simplify: (3x4-3x)-(3x-3x4)

6x4-6x

500

simplify:  3u4v5*7u2v3

21u6v

500

 Real number and that m and n represent positive integers bm/bn=bm-n

Division of expressions with like bases 

500

The sum and difference of the same two term is 

conjugates 

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