Combining Polynomials
Dividing Polynomials
Remainder Theorem
Rational Root Theorem
Graphs & Zeros
100

The result of adding (5p2−3) to (2p2−3p3)

−3p3+7p2−3

100

The quotient of (m2−7m−11)÷(m−8)

m+1

100

Is the binomial (k−2) a factor of (k3−k2−k−2)?

Yes

100

List all possible rational roots for f(x)=3x2+2x−1.

±1, ±1/3

100

For f(x)=x3−4x2+7, what is the degree of the function? Is this function even or odd?

Degree: 3

Odd

200

The product of (2x) and (−2x−3)

−4x2−6x

200

The quotient of (n2−3n−21)÷ (n−7)

n+4

200

What is the remainder when (p4+5p3−11p2−25p+29) is divided by (p+6)?

−1

200

List all possible rational roots of f(x)=x2+8x+10

±1, ±2, ±5, ±10

200

For the function f(x)=x4−4x3+5x+1, what is the degree of the function? Is the function even or odd?

Degree: 4

Even

300

The difference of (12a5−6a−10a3) and (10a−2a5−14a4)

14a5+14a4−10a3−16a

300

The quotient of (x3+7x2+14x+3)÷(x+2)

x2+5x+4

300

What is the remainder when (r5+6r4−13r3−5r2−8r+14) is divided by (r−2)?

2
300

List all possible rational roots of f(x)=x6−64.

±1, ±2, ±4, ±8, ±16, ±32, ±64

300

Fill in the blanks for the function f(x)=x3−4x2+4:

as x→−∞, f(x)→ ______

as x→+∞, f(x)→ ______

as x→−∞, f(x)→−∞

as x→+∞, f(x)→+∞

400

The product of (8p−2) and (6p+2)

48p2+4p−4

400

The quoteint of (50k3+10k2−35k−7)÷(5k−4)

10k2+10k+1

400

Given f(x)=3x2+kx−12, and the remainder when f(x) is divided by x+4 is 40, what is the value of k?

k=−1

400

State the possible rational roots for f(x)=x3+x2−5x+3. Then find all rational roots. 

Possible Rational Roots: ±1, ±3

Rational Roots: x=−3, 1

400

Fill in the blanks for the function f(x)=−x4+3x3−2−5x:

as x→−∞, f(x)→ ______

as x→+∞, f(x)→ ______

as x→−∞, f(x)→−∞

as x→+∞, f(x)→−∞

500

The product of (n2+6n−4) and (2n−4)

2n3+8n2−32n+16

500

The quotient of (−5x2+x3+8x+4)÷(−1+x)

x2−4x+4

500

Given f(x)=6x3+20x2−15x+k, and the remainder when f(x) is divided by x+4 is 5, what is the remainder when f(x) is divided by (x−3)?

306

500

State the possible rational roots for f(x)=3x3+11x2+5x−3. Then, find all rational roots. 

Possible Rational Roots: ±1, ±3, ±1/3

Rational Roots: x=1/3, −1, −3

500

Fill in the blanks for the function f(x)=−x5+4x3−x+1:

as x→−∞, f(x)→ ______

as x→+∞, f(x)→ ______

as x→−∞, f(x)→+∞

as x→+∞, f(x)→−∞