Classwork/homework- Polynomial Review

Last updated about 2 months ago

60 questions

2

3

1

3

MGSE8.EE.1

1

8.EE.1

1

8.EE.1

2

8.EE.1

1

8.EE.1

1

8.EE.1

2

8.EE.1

1

8.EE.1

1

8.EE.1

1

8.EE.1

1

8.EE.1

1

2

1

A.APR.1

1

A.APR.6

1

A.APR.6

1

A.APR.6

1

A.APR.6

1

Library

Classwork/homework- Polynomial Review

Last updated about 2 months ago

60 questions

2

3

1

Simplify the expression.

1

What value of b makes this a true statement?

1

What does x need to be in order to make this a true statement?

1

Simplify completely:

1

Simplify completely:

1

What value of x makes this a true statement?

1

Simplify completely:

1

Simplify completely:

1

Simplify completely:

1

Simplify completely:

1

Simplify completely:

1

Simplify completely:

1

Simplify completely:

3

MGSE8.EE.1

1

Evaluate:

1

Simplify:

8.EE.1

1

Simplify the expression:

8.EE.1

2

8.EE.1

1

8.EE.1

1

8.EE.1

2

8.EE.1

1

Given the expression shown below, what would you do to the EXPONENTS to simplify the expression?

8.EE.1

1

Given the expression shown below, what would you do to the COEFFICIENTS to simplify the expression?

8.EE.1

1

Simplify the expression:

8.EE.1

1

Simplify the expression:

8.EE.1

1

2

1

Simplify completely:

1

When you are multiplying powers with the same base, the ____ stays the same and the _ are added. (Separate words with a comma.)

1

When dividing powers with the same base, the _ stay the same and the _____ are subtracted. (Separate words with a comma.)

1

When raising a power to a power, the exponents are ___ and the base stays the _. (Separate words with a comma.)

1

If an is zero, the answer is equal to . (Separate words with a comma.)

1

Simplify:

1

Simplify:

1

Simplify:

1

Simplify:

1

A.APR.1

1

How many terms does this polynomial have?

A.APR.6

1

What is the degree of this polynomial?

A.APR.6

1

Simplify, and write in standard form with no extra spaces:

A.APR.6

1

Write an example of a 5th degree binomial with a leading coefficient of 5 and a constant of -10. Use x as your variable.

A.APR.6

1

Perform the operation and put your answer in standard form (degree greatest to least)

1

Perform the operation and put your answer in standard form (degree greatest to least)

1

What is the degree of this polynomial?

1

How many terms does this polynomial have?

1

What is the leading coefficient?

Identify the base and exponent in the expressions below.

4
3
x
5
2
7
y
-1

Base
Exponent

Match each expression on the left with its simplified form on the right.

Simplify the expression.

What value of b makes this a true statement?

What does x need to be in order to make this a true statement?

Simplify completely:

What value of x makes this a true statement?

Simplify completely:

Select all that apply to simplify this expression:

To raise a power to another power, you simply

Evaluate:

Simplify:

Simplify the expression:

SELECT 2 equivalent expressions for the following:

Anything to the power of zero equals zero.

True

False

Negative exponents just make the answer negative.

True

False

SELECT 2 expressions that are equivalent to the problem shown:

Given the expression shown below, what would you do to the EXPONENTS to simplify the expression?

Given the expression shown below, what would you do to the COEFFICIENTS to simplify the expression?

Simplify the expression:

Which rule was used to simplify this expression?

Multiplying Monomials rule

Dividing Monomials rule

Power to a Power rule

Adding Monomials rule

Which rules can be applied to simplify this expression (CHECK ALL THAT APPLY):

Multiplying Monomials Rule

Dividing Monomials Rule

Power to a Power rule

Adding Monomials rule

Simplify completely:

When you are multiplying powers with the same base, the ____ stays the same and the _ are added. (Separate words with a comma.)

When dividing powers with the same base, the _ stay the same and the _____ are subtracted. (Separate words with a comma.)

When raising a power to a power, the exponents are ___ and the base stays the _. (Separate words with a comma.)

If an is zero, the answer is equal to . (Separate words with a comma.)

Simplify:

Classify the polynomial based on its number of terms.

monomial

can not be determined

trinomial

binomial

What things need to match in order for terms to be considered 'Like terms'?

i and ii

ii and iv

ii and iii

i and iii

Which of the following polynomials consists ONLY of like terms?

Select the expression below that is in standard form.

What is the simplified form of the equation below in standard form?

Which of the polynomials is correctly simplified?

How many terms does this polynomial have?

What is the degree of this polynomial?

Simplify, and write in standard form with no extra spaces:

Write an example of a 5th degree binomial with a leading coefficient of 5 and a constant of -10. Use x as your variable.

Perform the operation and put your answer in standard form (degree greatest to least)

Is this a polynomial?

Yes

No

What is the degree of this polynomial?

How many terms does this polynomial have?

Classification name?

monomial

trinomial

binomial

Is this a polynomial?

Yes

No

What is the degree of this polynomial?

2

1

4

-4

What is the classification name for this polynomial?

monomial

trinomial

binomial

What is the leading coefficient?

Identify the base and exponent in the expressions below.   

4

3

x

5

2

7

y

-1

Base

Exponent

Match each expression on the left with its simplified form on the right.  

Select all that apply to simplify this expression:

Not possible because the bases are the same

Since the bases are the same, subtract the exponents

Multiply the coefficients

Add the exponents

Keep the base the same

Change the bases

multiply the exponents

 To raise a power to another power, you simply 

 add the exponents

 multiply the exponents 

 subtract the exponents 

 divide the exponents 

keep the exponents the same

SELECT 2 equivalent expressions for the following: 

Anything to the power of zero equals zero.

True

False

Negative exponents just make the answer negative.

True

False

SELECT 2 expressions that are equivalent to the problem shown: 

Which rule was used to simplify this expression?

Multiplying Monomials rule

Dividing Monomials rule

Power to a Power rule

Adding Monomials rule

Which rules can be applied to simplify this expression (CHECK ALL THAT APPLY):

Multiplying Monomials Rule

Dividing Monomials Rule

Power to a Power rule

Adding Monomials rule

Classify the polynomial based on its number of terms.
 

monomial

can not be determined

trinomial

binomial

What things need to match in order for terms to be considered 'Like terms'?

i and ii

ii and iv

ii and iii

i and iii

Which of the following polynomials consists ONLY of like terms?

Select the expression below that is in standard form.

What is the simplified form of the equation below in standard form?

Which of the polynomials is correctly simplified?

Is this a polynomial?

Yes

No

Classification name?

monomial

trinomial

binomial

Is this a polynomial?

Yes

No

What is the degree of this polynomial?

2

1

4

-4

What is the classification name for this polynomial?

monomial

trinomial

binomial

Classwork/homework- Polynomial Review

Classwork/homework- Polynomial Review

Simplify the expression.

What value of b makes this a true statement?

What does x need to be in order to make this a true statement?

Simplify completely:

Simplify completely:

What value of x makes this a true statement?

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Evaluate:

Simplify:

Simplify the expression:

Given the expression shown below, what would you do to the EXPONENTS to simplify the expression?

Given the expression shown below, what would you do to the COEFFICIENTS to simplify the expression?

Simplify the expression:

Simplify the expression:

Simplify completely:

When you are multiplying powers with the same base, the ______________ stays the same and the ___________ are added. (Separate words with a comma.)

When dividing powers with the same base, the _______ stay the same and the ___________ are subtracted. (Separate words with a comma.)

When raising a power to a power, the exponents are _______________ and the base stays the _____________. (Separate words with a comma.)

If an ______________ is zero, the answer is equal to ______________. (Separate words with a comma.)

Simplify:

Simplify:

Simplify:

Simplify:

How many terms does this polynomial have?

What is the degree of this polynomial?

Simplify, and write in standard form with no extra spaces:

Write an example of a 5th degree binomial with a leading coefficient of 5 and a constant of -10. Use x as your variable.

Perform the operation and put your answer in standard form (degree greatest to least)

Perform the operation and put your answer in standard form (degree greatest to least)

What is the degree of this polynomial?

How many terms does this polynomial have?

What is the leading coefficient?

Identify the base and exponent in the expressions below.

Match each expression on the left with its simplified form on the right.

Simplify the expression.

What value of b makes this a true statement?

What does x need to be in order to make this a true statement?

Simplify completely:

Simplify completely:

What value of x makes this a true statement?

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Simplify completely:

Select all that apply to simplify this expression:

To raise a power to another power, you simply

Evaluate:

Simplify:

Simplify the expression:

SELECT 2 equivalent expressions for the following:

Anything to the power of zero equals zero.

Negative exponents just make the answer negative.

SELECT 2 expressions that are equivalent to the problem shown:

Given the expression shown below, what would you do to the EXPONENTS to simplify the expression?

Given the expression shown below, what would you do to the COEFFICIENTS to simplify the expression?

Simplify the expression:

Simplify the expression:

Which rule was used to simplify this expression?

Which rules can be applied to simplify this expression (CHECK ALL THAT APPLY):

Simplify completely:

When you are multiplying powers with the same base, the ______________ stays the same and the ___________ are added. (Separate words with a comma.)

When dividing powers with the same base, the _______ stay the same and the ___________ are subtracted. (Separate words with a comma.)

When raising a power to a power, the exponents are _______________ and the base stays the _____________. (Separate words with a comma.)

If an ______________ is zero, the answer is equal to ______________. (Separate words with a comma.)

Simplify:

Simplify:

Simplify:

Simplify:

Classify the polynomial based on its number of terms.

When you are multiplying powers with the same base, the ____ stays the same and the _ are added. (Separate words with a comma.)

When dividing powers with the same base, the _ stay the same and the _____ are subtracted. (Separate words with a comma.)

When raising a power to a power, the exponents are ___ and the base stays the _. (Separate words with a comma.)

If an is zero, the answer is equal to . (Separate words with a comma.)

When you are multiplying powers with the same base, the ____ stays the same and the _ are added. (Separate words with a comma.)

When dividing powers with the same base, the _ stay the same and the _____ are subtracted. (Separate words with a comma.)

When raising a power to a power, the exponents are ___ and the base stays the _. (Separate words with a comma.)

If an is zero, the answer is equal to . (Separate words with a comma.)