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Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions....

Date post: 29-Mar-2015
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Polynomials and Algebra Tiles
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Page 1: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Polynomials and Algebra Tiles

Page 2: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

Algebra tiles can be used to model expressions.

Algebra tiles can also be used to simplify algebraic expressions such as polynomials.

Page 3: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

Different shapes represent different values.

Blue square = x2

Red square = -x2

Page 4: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

Different shapes represent different values.

Green rectangle = x.

Red rectangle = -x.

Page 5: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

Different shapes represent different values.

Yellow small square = 1

Red small square = -1

Page 6: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

x2

x

1

- x2

- x

- 1

Page 7: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Zero Pairs

The following models are called zero pairs because they are additive inverses of each other.

When put together, they cancel each other out to model zero.

Page 8: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Zero Pairs

Page 9: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

Represent each of the following with algebra tiles, draw a pictorial diagram of the process, then write the symbolic expression.

2x2

4x

3

Page 10: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Modeling Polynomials

2x2

4x

3

Page 11: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Distributive Property

3(x+2)

Three is the quantity, so we need three groups of (x+2)

Page 12: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Distributive Property

3(x + 2)

3(x) + 3(2)

3x + 6

Page 13: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Distributive Property

Represent the quantity 3(x- 4)

3(x – 4)

3(x) – 3(4)

3x – 12

Page 14: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Ready to Simplify

Addition can be viewed as “combining”.

Combining involves the forming and removing of all zero pairs.

For each of the given examples, use algebra tiles to model the addition.

Draw pictorial diagrams which show the modeling.

Page 15: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Simplifying Expressions

x + 2 + 2x – 4

Regroup to put like terms together

Page 16: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Simplifying Expressions

Make Zero Pairs to Simplify

New expression 3x - 2

Page 17: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

More Polynomials

Represent each of the given expressions with algebra tiles.

Draw a pictorial diagram of the process.

Write the symbolic expression.

x + 4

Page 18: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

More Polynomials

2x + 3

4x – 2

Page 19: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

More Polynomials

Use algebra tiles to simplify each of the given expressions. Combine like terms. Look for zero pairs. Draw a diagram to represent the process.

Write the symbolic expression that represents each step.

2x + 4 + x + 2

-3x + 1 + x + 3

Page 20: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

More Polynomials

What is 2x + 4 + x + 2?

2x + 4 + x + 2 = 3x + 6

Page 21: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

More Polynomials

What is -3x + 1 + x + 3?

-3x + 1 + x +3 = -2x + 4

Page 22: Polynomials and Algebra Tiles. Modeling Polynomials Algebra tiles can be used to model expressions. Algebra tiles can also be used to simplify algebraic.

Simplifying Polynomials Using Algebra Tiles is

easy…

Continue to the lesson and work the practice problems using algebra tiles. For each problem sketch each polynomial and simplify each expression.


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