HW Graph Polynomials with Real & Imaginary Roots

1

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

1

Hint: try x=-1
Do not type f(x)=

1

Do not type x=

1

(0,y)

1

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

1

Looks like we'll need a 0 term when we do synthetic division!
Hint: try a positive, even number

1

Do not type x=

1

(0,y)

1

Do not type x=

1

(0,y)

1

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

HW Graph Polynomials with Real & Imaginary Roots

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Hint: try x=-1
Do not type f(x)=

Do not type x=

(0,y)

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!
Hint: try a positive, even number

Do not type x=

(0,y)

Do not type x=

(0,y)

Factor to find the zeros and list them with commas. Round any decimals to the nearest TENTH.

Hint: try x=-1
Do not type f(x)=

Do not type x=

(0,y)

Label the y-intercept!

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!
Hint: try a positive, even number

Do not type x=

(0,y)

Do not type x=

(0,y)

Factor to find the zeros and list them with commas. Round any decimals to the nearest TENTH.

Label the y-intercept!

HW Graph Polynomials with Real & Imaginary Roots

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.Remember \pm infront of each number!

HW Graph Polynomials with Real & Imaginary Roots

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.Remember \pm infront of each number!

Hint: try x=-1Do not type f(x)=

Do not type x=

(0,y)

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!Hint: try a positive, even number

Do not type x=

(0,y)

Do not type x=

(0,y)

Factor to find the zeros and list them with commas. Round any decimals to the nearest TENTH.

Hint: try x=-1Do not type f(x)=

Do not type x=

(0,y)

Label the y-intercept!

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!Hint: try a positive, even number

Do not type x=

(0,y)

Do not type x=

(0,y)

Factor to find the zeros and list them with commas. Round any decimals to the nearest TENTH.

Label the y-intercept!

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Hint: try x=-1
Do not type f(x)=

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!
Hint: try a positive, even number

Hint: try x=-1
Do not type f(x)=

Use the rational root theorem to list ALL possible rational zeros in numerical order with commas.

Remember \pm infront of each number!

Looks like we'll need a 0 term when we do synthetic division!
Hint: try a positive, even number