Log in
Sign up for FREE
arrow_back
Library

6-1 Homework (6th 6 Weeks, 1st Week)

star
star
star
star
star
Last updated over 1 year ago
26 questions
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Required
1
Question 1
1.

Question 2
2.

Question 3
3.

Question 4
4.

What is the domain of this function?

Question 5
5.

Find the domain for this function.

Pick only 1.

Question 6
6.



Question 7
7.

Find the slope of this function.

Question 8
8.

Find the zero of this equation.

Question 9
9.

Write the linear equation from this table.

Question 10
10.

Write the equation of the line that goes through

Question 11
11.

Write this equation in slope-intercept form that goes through these 2 points.

(4,-2) and (12,6)

Question 12
12.

Write the equation of the line that passes through the point (1,1) and is
PERPENDICULAR to the line

Question 13
13.

John bought 8 pretzels and 3 hotdogs and spent $10.39. Kerry bought 5 pretzels and 4 hotdogs and spent $10.51. How much does each pretzel cost?

Question 14
14.

Question 15
15.

Question 16
16.

Question 17
17.

Question 18
18.

Factor the following

Question 19
19.

Factor the following

Question 20
20.

Find the correct

Axis of Symmetry
Vertex
Domain
Range
Zeroes

You will select 5 different answers.

Question 21
21.

The height of an arrow shot into the air can be represented by the equation


How man seconds does it take for the rocket to reach the ground?

Question 22
22.

Select the statement that is true.

Question 23
23.

Find the roots.

Question 24
24.

Find the correct

Equation
Y-intercept



You will pick 2 different answers.

Question 25
25.

An insect population after x months can be modeled by the function



The initial population of the insects was_______________.

The insect population _________________ at a rate of ______________ each month.

Question 26
26.
An insect population after x months can be modeled by the function



The initial population of the insects was_____________ _________.
The insect population ______________________ _________ at a rate of _____ ________ _________ each month.
Other Answer Choices:
1.3
increases
18%
18
1.3%
decreases
30%