Chapter 6 Polynomial Test

Chapter 6 Polynomial Test

1

Write the polynomial in standard form.

1

Write the polynomial in standard form.

1

Write the polynomial in standard form.

1

Identify the degree

1

Identify the degree

1

Identify the degree

3

Find the sum

2

Find the difference

3

Find the product

3

Find the product

2

Find the product

3

Find the product

4

Write a polynomial that represents the area of the figure.

2

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

6

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

3

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

How many seconds is the basketball in the air?

4

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

The basketball reaches its maximum height after 0.625 seconds. What is the maximum height of the bounce?

6

Chapter 6 Polynomial Test

Write the polynomial in standard form.

Write the polynomial in standard form.

Write the polynomial in standard form.

Identify the degree

Identify the degree

Identify the degree

Find the sum

Find the difference

Find the product

Find the product

Find the product

Find the product

Write a polynomial that represents the area of the figure.

Solve the equationwrite your answer in order of size and use the right variable. e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equationHow many seconds is the basketball in the air?

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equationThe basketball reaches its maximum height after 0.625 seconds. What is the maximum height of the bounce?

You design the wooden poster frame and paint the front surface.a. Write a polynomial that represents the area of wood you paint.

Write the polynomial in standard form.

Write the polynomial in standard form.

Write the polynomial in standard form.

Identify the degree

Identify the degree

Identify the degree

Find the sum

Find the difference

Find the product

Find the product

Find the product

Find the product

Write a polynomial that represents the area of the figure.

Solve the equationwrite your answer in order of size and use the right variable. e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

Solve the equationwrite your answer in order of size and use the right variable.e.g. x = -3, 4

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equationHow many seconds is the basketball in the air?

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equationThe basketball reaches its maximum height after 0.625 seconds. What is the maximum height of the bounce?

You design the wooden poster frame and paint the front surface.a. Write a polynomial that represents the area of wood you paint.

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

How many seconds is the basketball in the air?

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

The basketball reaches its maximum height after 0.625 seconds. What is the maximum height of the bounce?

You design the wooden poster frame and paint the front surface.

a. Write a polynomial that represents the area of wood you paint.

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

Solve the equation

write your answer in order of size and use the right variable.
e.g. x = -3, 4

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

How many seconds is the basketball in the air?

A basketball bounces off the ground. The ball’s height y (in feet) after t seconds can be modeled by the equation

The basketball reaches its maximum height after 0.625 seconds. What is the maximum height of the bounce?

You design the wooden poster frame and paint the front surface.

a. Write a polynomial that represents the area of wood you paint.