MODELING POLYNOMIALS WITH ALGEBRA TILES WORKSHEET

Question 1 :

What expression does this set of algebra tiles represent?

Question 2 :

What expression does this set of algebra tiles represent?

Question 3 :

What expression does this set of algebra tiles represent?

Question 4 :

What expression does this set of algebra tiles represent?

Question 5 :

What expression does this set of algebra tiles represent?

Question 6 :

What expression does this set of algebra tiles represent?

Question 7 :

What expression does this set of algebra tiles represent?

Question 8 :

What expression does this set of algebra tiles represent?

Answers

Question 1 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in -x²  =  6

Number of tiles in x  =  10

Number of tiles in -1  =  2

Framing a equation by using the above information, we get

-6x² + 10x - 2

Question 2 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in x²  =  3

Number of tiles in x  =  1

Number of tiles in -1  =  7

Framing a equation by using the above information, we get

3x2 + 1x - 7

Question 3 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in -x²  =  1

Number of tiles in 1  =  3

Framing a equation by using the above information, we get

-1x² + 3

Question 4 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in -x²  =  2

Number of tiles in -x  =  2

Number of tiles in 1  =  1

Framing a equation by using the above information, we get

-2x² - 2x + 1

Question 5 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in x²  =  3

Number of tiles in x  =  1

Number of tiles in -1  =  4

Framing a equation by using the above information, we get

3x² + 1x - 4

Question 6 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in x  =  8

Number of tiles in -1  =  3

Framing a equation by using the above information, we get

8x - 3

Question 7 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in x²  =  7

Number of tiles in -x  =  9

Number of tiles in 1  =  10

Framing a equation by using the above information, we get

7x² - 9x + 10

Question 8 :

What expression does this set of algebra tiles represent?

Answer :

Now we have to count the similar number of tiles and write the number of tiles in each category . 

Number of tiles in -x²  =  9

Number of tiles in -x  =  7

Framing a equation by using the above information, we get

-9x² - 7x

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