survivor polynomials, gcf, double distributive. simplify the expression below 2y + 3 – 5y – 2 a....

21
SURVIVOR Polynomials, GCF, Double Distributive

Upload: roger-anthony

Post on 23-Dec-2015

221 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

SURVIVOR

• Polynomials, GCF, Double Distributive

Page 2: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Simplify the expression below

2y + 3 – 5y – 2

a. 3y + 1b. -3y-1c. -3y + 1d. 3y -1

Page 3: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

What is the greatest common factor of 16y and 20y2

a. 16yb. 8y2

c. 4y2

d. 4y

Page 4: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

True or False:

A method used to multiply two monomials

is called “double distributive”.

Page 5: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Solve the equation below 9y – 3 = 7y + 5

a. - 8b. - 4c. 0.5d. 4

Page 6: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Multiply the two binomials below: (2x – 1)(2x + 4)

a. 4x2 – 6x + 4b. 4x2 + 6x – 4c. x2 + 6x – 4d. 4x2 – 4

Page 7: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

What is the value of the expression b2 – a2 if a = 4 and b = -4

a. -8b. -4c. 0d. 8

Page 8: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Which operation do you perform first in the expression: 3x + 5 (3x + 2x) - 8

a. parenthesisb. multiplicationc. additiond. subtraction

Page 9: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Which ordered pair (x, y) is on the line y = 4x – 3?

a. (0, 3)b. (2, 5)c. (1, -1)d. (-1, -3)

Page 10: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

What is the quotient of 21x6y3 and -7xy2?

a. 3x7y5

b. 3x5yc. -3x7y5

d. -3x5y

Page 11: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Simplify the expression (4x2 + 9x) – (-2x2 + 4x – 5)

a. 6x2 + 5x + 5 b. 5x + 5 c. 4x2 + 5x + 5 d. 6x2 + 5x – 5

Page 12: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Khadijah spent $144 for 4 pairs of jean each of equal

cost. Which expression represents the cost of one

pair of jeans?

a. 144 ÷ 4b. 144 + 4c. 144 x 4d. 144 - 4

Page 13: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

What is the GCF of 12m2n3, 3mn, and 15m2n?

a.3mnb.15m2nc. 24m2nd.60m2n3

Page 14: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

What is the product of (r4) and (-3r2)?

a. -3r8

b. -3r6

c. 3r2

d. 3r6

Page 15: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Which expression shows (6x4x3)÷ 2x simplified?

a. 12x8

b. 3x6 c.12x12 d. 3x12

Page 16: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

True or False

The product of (3x – 1) and (2x + 4) is

6x2 + 14x - 4

Page 17: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Which value is equivalent to the expression 4 + 23 + 2 • 3

a. -14b. 4c. 6d. 210

Page 18: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

True of False

The value of x4 divided by x4 is x0.

Page 19: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Factor the expression8x2 + 16x4 + 32x5

a. 8x2 (1 +2x2+ 4x3)b. 8x2 (0 +2x2+ 4x3)c. 8x2 (2x +4x3+ 8x4)d. 4x2 (2 +4x2+ 8x3)

Page 20: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

True of False

The product of 2y and (3y-10) could be solved by

using the Distributive property.

Page 21: SURVIVOR Polynomials, GCF, Double Distributive. Simplify the expression below 2y + 3 – 5y – 2 a. 3y + 1 b. -3y-1 c. -3y + 1 d. 3y -1

Which solution is correct?

(5a2 – 2a +5) – (a2 + 2a -5)

a. -4a +6a2 +5b. 4a2 – 4ac. 10 + 4a2

d. 4a2 – 4a + 10