# which term can be used in the blank of 36x3−22x2−__ so the greatest common factor of the resulting polynomial is 2x? select two options.

### James

Guys, does anyone know the answer?

get which term can be used in the blank of 36x3−22x2−__ so the greatest common factor of the resulting polynomial is 2x? select two options. from EN Bilgi.

## Factoring Polynomials: GCF Quiz Flashcards

Study with Quizlet and memorize flashcards terms like Harriet earns the same amount of money each day. Her gross pay at the end of 7 workdays is 35h+56 dollars. Which expression represents her gross pay each day? 5h+8 8h+5 7h+11.2 11.2h+7, What is the completely factored form of the expression 16x2 + 8x + 32? 4(4x2 + 2x + 8) 4(12x2 + 4x + 28) 8(2x2 + x + 4) 8x(8x2 + x + 24), Which expression is equivalent to 10x2y + 25x2? 5x2(2y + 5) 5x2y(5 + 20y) 10xy(x + 15y) 10x2(y + 25) and more.

## Factoring Polynomials: GCF Quiz

4.3 8 Reviews

11 studiers in the last hour

Harriet earns the same amount of money each day. Her gross pay at the end of 7 workdays is 35h+56 dollars. Which expression represents her gross pay each day?

5h+8 8h+5 7h+11.2 11.2h+7

Click card to see definition 👆

A.) 5h+8

Click again to see term 👆

What is the completely factored form of the expression 16x2 + 8x + 32?

4(4x2 + 2x + 8) 4(12x2 + 4x + 28) 8(2x2 + x + 4) 8x(8x2 + x + 24)

Click card to see definition 👆

C.) 8(2x2 + x + 4)

Click again to see term 👆

1/10 Created by L0rdFa4quad

### Terms in this set (10)

Harriet earns the same amount of money each day. Her gross pay at the end of 7 workdays is 35h+56 dollars. Which expression represents her gross pay each day?

5h+8 8h+5 7h+11.2 11.2h+7 A.) 5h+8

What is the completely factored form of the expression 16x2 + 8x + 32?

4(4x2 + 2x + 8) 4(12x2 + 4x + 28) 8(2x2 + x + 4) 8x(8x2 + x + 24) C.) 8(2x2 + x + 4)

Which expression is equivalent to 10x2y + 25x2?

5x2(2y + 5) 5x2y(5 + 20y) 10xy(x + 15y) 10x2(y + 25) A.) 5x2(2y + 5)

Six equilateral triangles are connected to create a regular hexagon. The area of the hexagon is 24a2 - 18 square units. Which is an equivalent expression for the area of the hexagon based on the area of a triangle?

6(4a2 - 3) 6(8a2 - 9) 6a(12a - 9) 6a(18a - 12) A.) 6(4a2 - 3)

What is the greatest common factor of 24s3, 12s4, and 18s?

3 6 3s 6s D.) 6s

What is the factored form of 8x2 + 12x?

4(4x2 + 8x) 4x(2x + 3) 8x(x + 4) 8x(x2 + 4) B.) 4x(2x + 3)

Which term can be used in the blank of 36x3−22x2−__ so the greatest common factor of the resulting polynomial is 2x? Select two options.

2 4xy 12x 24 44y 2 3

What is the greatest common factor of 42a5b3, 35a3b4, and 42ab4?

7ab3 6a4b 42a5b4 77a8b7 A.) 7ab3

What is the fully factored form of 32a3 + 12a2?

4a2(8a + 3) 4a(8a2 + 3a) 12a2(3a + 1) 12a(3a2 + a) A.) 4a2(8a + 3)

Mara carried water bottles to the field to share with her team at halftime. The water bottles weighed a total of 60x2 + 48x + 24 ounces. Which factorization could represent the number of water bottles and weight of each water bottle?

6(10x2 + 8x + 2) 12(5x2 + 4x + 2) 6x(10x2 + 8x + 2) 12x(5x2 + 4x + 2)

B.) 12(5x2 + 4x + 2)

### Sets found in the same folder

Factoring Trinomials: a = 1 Assignment

10 terms L0rdFa4quad

Quadratic Functions: Factored Form Assignment

10 terms L0rdFa4quad

Factoring Trinomials: a = 1 Quiz

10 terms L0rdFa4quad

Quadratic Functions: Factored Form Quiz

10 terms L0rdFa4quad

### Other sets by this creator

Financial Math B 669 terms L0rdFa4quad

Completing the Square (Continued) Quiz

10 terms L0rdFa4quad

Completing the Square (Continued) Assignment

9 terms L0rdFa4quad

Completing the Square Quiz

10 terms L0rdFa4quad

### Other Quizlet sets

Enterprise - Management Trainee Skills Test

110 terms jordan_lopaka DMI 1 - INTRO(MM) 56 terms Images marvinjm08 Chapter 7 23 terms danielaa_duffy Adverbial Clauses 27 terms angelinagonzalez05 1/3

## Which term can be used in the blank of 36x3

Answer: .

Math Resources/ algebra/ expression/

## Which term can be used in the blank of 36x3-22x2-underline so the greatest common factor of the resulting polynomial is 2x? Select two options. 2 4xy 12x 24 aav

Question

### Gauthmathier9893

Grade 11 · 2021-06-11

YES! We solved the question!

Check the full answer on App Gauthmath

Which term can be used in the blank of so the greatest common factor of the resulting polynomial is ? Select two options.

aav

Good Question (164) Answer 4.7 (635) votes Detailed steps (98) Write neatly (91)

Clear explanation (90)

Help me a lot (71)

Easy to understand (61)

Excellent Handwriting (28)

Correct answer (23)

### Gauthmathier5936

Grade 11 · 2021-06-11

Answer & Explanation

YES! We solved the question!

Check the full answer on App Gauthmath

Thanks (141)

Does the answer help you? Rate for it!

## Still Have Questions?

Find more answers or ask new questions now.

## One Gauth, All Math.

Download Gauthmath App, snap, learn, and master Math with your own expert.

### Free download APP

Gauthmath is free to download for everyone, anywhere, anytime.

### Top Elite Math Tutors

Super qualified math tutors from top universities will solve your math problems. Isn't it unbelievable?

### 24*7

Snap your math questions anytime, Gauthmath is available 24/7.

### All math problems covered

You must have some questions that others can't help you, but Gauthmath can.

Related Questions

Load More

Gauthmath：help worldwide math homework

05:50

Statistics: Using Samples to Estimate the Population

04:57

What is the Perpendicular Chord Bisector Theorem

05:17

How to Rationalize the Denominator

03:41

Introductions of Triangles | Types of Triangles

More

## Factor

Factor an expression, difference of squares of cubes or other polynimials with our free step-by-step math solver

## PRODUCTS AND FACTORS

PRODUCTS AND FACTORS THE DISTRIBUTIVE LAW

If we want to multiply a sum by another number, either we can multiply each term of the sum by the number before we add or we can first add the terms and then multiply. For example,

In either case the result is the same.

This property, which we first introduced in Section 1.8, is called the distributive law. In symbols,

a(b + c) = ab + ac or (b + c)a = ba + ca

By applying the distributive law to algebraic expressions containing parentheses, we can obtain equivalent expressions without parentheses.

Our first example involves the product of a monomial and binomial.

Example 1 Write 2x(x - 3) without parentheses.

Solution

We think of 2x(x - 3) as 2x[x + (-3)] and then apply the distributive law to obtain

The above method works equally as well with the product of a monomial and trinomial.

Example 2 Write - y(y2 + 3y - 4) without parentheses.

Solution

Applying the distributive property yields

When simplifying expressions involving parentheses, we first remove the parentheses and then combine like terms.

Example 3 Simplify a(3 - a) - 2(a + a2).

We begin by removing parentheses to obtain

Now, combining like terms yields a - 3a2.

We can use the distributive property to rewrite expressions in which the coefficient of an expression in parentheses is +1 or - 1.

Example 4 Write each expression without parentheses.

a. +(3a - 2b) b. -(2a - 3b) Solution

Notice that in Example 4b, the sign of each term is changed when the expression is written without parentheses. This is the same result that we would have obtained if we used the procedures that we introduced in Section 2.5 to simplify expressions.

## FACTORING MONOMIALS FROM POLYNOMIALS

From the symmetric property of equality, we know that if

a(b + c) = ab + ac, then ab + ac = a(b + c)

Thus, if there is a monomial factor common to all terms in a polynomial, we can write the polynomial as the product of the common factor and another polynomial. For instance, since each term in x2 + 3x contains x as a factor, we can write the expression as the product x(x + 3). Rewriting a polynomial in this way is called factoring, and the number x is said to be factored "from" or "out of' the polynomial x2 + 3x.

To factor a monomial from a polynomial:

Write a set of parentheses preceded by the monomial common to each term in the polynomial.

Divide the monomial factor into each term in the polynomial and write the quotient in the parentheses.

Generally, we can find the common monomial factor by inspection.

Example 1

a. 4x + 4y = 4(x + y)

b. 3xy -6y - 3y(x - 2)

We can check that we factored correctly by multiplying the factors and verifying that the product is the original polynomial. Using Example 1, we get

If the common monomial is hard to find, we can write each term in prime factored form and note the common factors.

Example 2 Factor 4x3 - 6x2 + 2x.

Solution We can write

We now see that 2x is a common monomial factor to all three terms. Then we factor 2x out of the polynomial, and write

2x( )

Now, we divide each term in the polynomial by 2x

and write the quotients inside the parentheses to get

2x(2x2 - 3x + 1)

We can check our answer in Example 2 by multiplying the factors to obtain

In this book, we will restrict the common factors to monomials consisting of numerical coefficients that are integers and to integral powers of the variables. The choice of sign for the monomial factor is a matter of convenience. Thus,

-3x2 - 6x

can be factored either as

-3x(x + 2) or as 3x(-x - 2)

The first form is usually more convenient.

Example 3 Factor out the common monomial, including -1.

a. - 3x2 - 3 xy b. -x3 - x2 + x Solution

Sometimes it is convenient to write formulas in factored form.

Example 4 a. A = P + PRT = P(1 + RT) b. S = 4kR2 - 4kr2 = 4k(R2 - r2)

## 4.3 BINOMIAL PRODUCTS I

We can use the distributive law to multiply two binomials. Although there is little need to multiply binomials in arithmetic as shown in the example below, the distributive law also applies to expressions containing variables.

We will now apply the above procedure for an expression containing variables.

Example 1

Write (x - 2)(x + 3) without parentheses.

Solution

First, apply the distributive property to get

Now, combine like terms to obtain

x2 + x - 6

With practice, you will be able to mentally add the second and third products. Theabove process is sometimes called the FOIL method. F, O, I, and L stand for:

1. The product of the First terms.

2. The product of the Outer terms.

3. The product of the Inner terms.

4. The product of the Last terms.

The FOIL method can also be used to square binomials.

Example 2

Write (x + 3)2 without parentheses.

Solution

First, rewrite (x + 3)2 as (x + 3)(x + 3). Next, apply the FOIL method to get

Combining like terms yields

x2 + 6x + 9

When we have a monomial factor and two binomial factors, it is easiest to first multiply the binomials.

Example 3

Write 3x(x - 2)(x + 3) without parentheses.

Solution

First, multiply the binomials to obtain

Guys, does anyone know the answer?