Zeros
End Behavior
Division of Polynomials
Standard Form
Factor
100
Find the zeros, (x+5)(x-7)(x+3)
-5,7,-3
100
State the end behavior, x^3+5x^2+3
down up
100
(x^2+3x+2) divided into (x+2)
(x+1)
100
How many roots does (5x^7+3x^4+2x^2+3) have?
7
100
Factor, x^2+2x+1
(x+1)(x+1)
200
Find the Zeros, (2x+6)(x-5)
-3,5
200
State the end behavior, -x^4+7x^3-x^2+5
down down
200
(x^2+4x+4) divided into (x+2)
(x+2)
200
How many roots does (7x^5+4x^3+2x^2+3) have?
5
200
Factor, x^2-9
+3,-3
300
Find the zeros, (x^2+9)
+3i,-3i
300
State the end behavior, -5x^7+2x
up down
300
(x^2+2x+1) divided into (x+1)
(x+1)
300
Put into standard form, x^2+2x-5x+2
x^2-3x+2
300
Factor, x^3+6x^2+5x
x(x+5)(x+1)
400
Find the Zeros and state the multiplicity, (x+7)^5 (x+8)^2
-7 multiplicity 5 -8 multiplicity 2
400
State the end behavior, 2x^2 +3
up up
400
Is (x+2) a factor of (x^2+2x+1)?
No
400
Put into standard form, x^3+5x^7+2x^3+10x^7
15x^7+3x^3
400
Factor, x^2+10x+21
(x+3)(x+7)
500
Graph, (x+3)(x-5)(x-6)
Zeros at -3,+5,+6 End Behavior down up
500
State the end behavior, -4x^3 + 5x - 6x^4
down down
500
Is (x+3) a factor of (x^2+4x+3)?
Yes
500
Put into standard form, (x+2)(x+3)
x^2+5x+6
500
Factor, 5x^2+27x+10
(x+5)(5x+2)
M
e
n
u