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Laabri

Classwork/homework- Polynomial Review

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Last updated 3 months ago
60 Nsɛmmisa
2
3
1
1
1
1
1
1
1
1
1
1
1
1
1
3
MGSE8.EE.1
1
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
1
1
1
1
1
1
1
1
1
A.APR.1
1
1
1
1
1
1
1
A.APR.6
1
A.APR.6
1
A.APR.6
1
A.APR.6
1
1
1
1
1
1
1
1
1
1
Asemmisa {{asɛmmisaAhyɛnsode}}
1.

Identify the base and exponent in the expressions below.

  • 4

  • 3

  • x

  • 5

  • 2

  • 7

  • y

  • -1

  • Base

  • Exponent

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2.

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

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3.

Simplify the expression.

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4.

What value of b makes this a true statement?

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5.

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

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6.

Simplify completely:

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7.

Simplify completely:

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8.

What value of x makes this a true statement?

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9.

Simplify completely:

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10.

Simplify completely:

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11.

Simplify completely:

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12.

Simplify completely:

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13.

Simplify completely:

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14.

Simplify completely:

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15.

Simplify completely:

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16.

Select all that apply to simplify this expression:

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17.

To raise a power to another power, you simply

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18.

Evaluate:

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19.

Simplify:

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20.

Simplify the expression:

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21.

SELECT 2 equivalent expressions for the following:

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22.

Anything to the power of zero equals zero.

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23.

Negative exponents just make the answer negative.

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24.

SELECT 2 expressions that are equivalent to the problem shown:

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25.

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

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26.

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

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27.

Simplify the expression:

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28.

Simplify the expression:

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29.

Which rule was used to simplify this expression?

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30.

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

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31.

Simplify completely:

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32.

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

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33.

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

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34.

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

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35.

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

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36.

Simplify:

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37.

Simplify:

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38.

Simplify:

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39.

Simplify:

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40.

Classify the polynomial based on its number of terms.

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41.

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42.

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

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43.

Which of the following polynomials consists ONLY of like terms?

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44.

Select the expression below that is in standard form.

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45.

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

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46.

Which of the polynomials is correctly simplified?

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47.

How many terms does this polynomial have?

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48.

What is the degree of this polynomial?

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49.

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

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50.

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

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51.

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

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52.

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

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53.

Is this a polynomial?

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54.

What is the degree of this polynomial?

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55.

How many terms does this polynomial have?

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56.

Classification name?

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57.

Is this a polynomial?

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58.

What is the degree of this polynomial?

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59.

What is the classification name for this polynomial?

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60.

What is the leading coefficient?