From the graph below: Identify the independent variable and the dependent variable.

Independent Variable Answer:
What is Hours Studied?/What is Time Studied?
Dependent Variable Answer:
What is Test Score?/What is Final Grade?
What is the domain of the graph?

Domain:
{1,2,3,4,5}
What is the range of the graph?

The Range is:
{100,175,250,325,400}
Write a rule for the number of blocks "n" in terms of the figure number "y".

y = 3n+ 2
Write a rule for the given table in terms of "x"

y = 4x + 1
Weeks of Saving vs. Money Saved
A student tracks how much money they have after saving the same amount each week. The student saves $20 each week.

Which statement correctly identifies the variables?
A. Money saved is independent because it determines the number of weeks.
B. Number of weeks is independent because it determines the amount of money saved.
C. Both variables are independent.
D. Neither variable is independent.
B: Number of weeks is independent because it determines the amount of money saved.
What is the domain of this graph?

A. {0,30,60,90,120}
B. {0,2,4,6,8}
C. All real numbers
D. {2,4,6,8,120}
Answer is "B"
{0,2,4,6,8}
What is the range of this graph?

A. {0,30,60,90,120}
B. {0,2,4,6,8}
C. All real numbers
D. {2,4,6,8,120}
The Range is "A"
{0,30,60,90,120}
Write a rule for the number of blocks "n" in terms of the figure number "y".
y = 3n + 1
Write the linear function in "y = mx+b" given the table of values.

y = -3x + 4
A coach records the distance a football travels based on the time after it is kicked.
Football Flight: The graph represents the distance traveled by a football at different times after being kicked.

A student says: "Distance is the independent variable because the football's distance changes as time changes."
--> Is the student correct? Explain why or why not.
No. Time is the independent variable because time is the input/change that is being measured first. Distance is the dependent variable because its value depends on the amount of time that has passed.
Identify the domain?

Domain:
{0,1,2,3,4,5,6}
A vending machine sells drinks for $2 each. The graph shows the total number of dollars collected based on the number of drinks sold.
Two Part Question:
What is the range?
Is the range discrete or continuous?
Range: {0, 2, 4, 6, 8, 10, 12}
The Range is discreet because the outputs occur at specific values based on the number of drinks sold.
Write a rule for the number of blocks "n" in terms of the figure number "y".

y = 5n
Given the function and the dependent variables, find the corresponding independent variables by filling in the rest of the table.

Domain "x" : {0, -2, -7, -6, -4}
A student is studying the relationship between temperature and ice cream sales. They create the following graph.
Ice Cream Sales and Temperature: The relationship between daily temperature and ice cream sales.

A student says: "Ice cream sales are the independent variable because the temperature depends on how much ice cream people buy."
Did the student make a mistake? Explain your reasoning.
The student has reversed the independent and dependent variables.
Temperature is the factor being used to explain/predict changes in ice cream sales.
A student wants to buy notebooks. Each notebook costs $3. The student has $30 to spend.
where: x = number of notebooks y = total cost
What is the reasonable domain for this situation?
Domain:
{0,1,2,3,4,5,6,7,8,9,10}
What is the range of this basketball data?

Range:
{2,6,9,13,17,21}
Write a rule for the number of blocks "x" in terms of the figure number "y".

y = 4x + 1
Given the linear equation, find the complete range of the function.

Range "y": {-11, -27, -7, -3, -19}


1.) Independent: Hours spent selling
2.) Dependent: Money earned
3.) Domain: {1, 2, 3, 4, 5, 6, 7, 8}
4.) Range: {18, 35, 49, 68, 82, 101, 116, 134}
What is the domain of this graph written as an inequality?

0<=x<=8
The graph represents the height of a roller coaster during the first 8 seconds of a ride.
Describe the range for this continuous relationship as a compound inequality.

Range:
10<=y<=72
Write a rule for the perimeter "p" of each figure in terms of the model number "n".

p = 6c - 2 or p = -2 +6c

Domain: {-12, -26, 16, 30, -54}
