Given (x+2)^1, the graph will __________ the x-axis at ____________________
Question 2
2.
Given (x-3)^2, the graph will __________ the x-axis at __________
Question 3
3.
Given (x+1)^3, the graph will __________ and __________ at __________
1
Question 4
4.
1
1
1
1
1
1
1
Use those same steps to graph the following polynomials!
Question 12
12.
Graph. Be sure to label the y-intercept!
Question 13
13.
Graph & label the y-intercept.
Question 14
14.
Graph & label the y-intercept.
Question 15
15.
Write a function for the graph. If it's marking your answer wrong, try typing the parentheses in a different order. Assume the LC is positive or negative 1 (so don't type the 1).
*Type y= infront of your equation
Question 16
16.
Write a function for the graph. If it's marking your answer wrong, try typing the parentheses in a different order. Assume the LC is positive or negative 1 (so don't type the 1).
Notice it crosses at 1 but flattens out first!
Question 17
17.
Write a function for the graph. If it's marking your answer wrong, try typing the parentheses in a different order. Assume the LC is positive or negative 1 (so don't type the 1).
Question 18
18.
Write a function for the graph. If it's marking your answer wrong, try typing the parentheses in a different order. Assume the LC is positive or negative 1 (so don't type the 1).
Question 19
19.
Write a function for the graph. If it's marking your answer wrong, try typing the parentheses in a different order. Assume the LC is positive or negative 1 (so don't type the 1).
Question 20
20.
Match each graph with its equation.
Question 5
5.
Question 6
6.
Question 7
7.
Question 8
8.
Question 9
9.
Question 10
10.
Question 11
11.
Graph and label the y-intercept!
Be sure to show the multiplicity of (x+1)^3 on the graph!
