Use the table to answer the question.

Question

Time on Bunsen Burner (in seconds) Temperature (in ° F)
0 52
30 54
60 58
90 63
120 70
Analyze the relationship between the dependent and independent variables in the table, showing the temperature of liquid in a beaker on a Bunsen burner over time. Which best represents their relationship?

(1 point)
Responses

Temperature is the independent variable, and time is the dependent variable.
Temperature is the independent variable, and time is the dependent variable.

Time is the independent variable, and temperature is the dependent variable.
Time is the independent variable, and temperature is the dependent variable.

The Bunsen burner is the independent variable, and temperature is the dependent variable.
The Bunsen burner is the independent variable, and temperature is the dependent variable.

Time is the independent variable, and the beaker is the dependent variable.

Answer 1

Time is the independent variable, and temperature is the dependent variable.

Answer 2

What variable is typically graphed on the y -axis?(1 point)
Responses

the independent variable
the independent variable

the constant variable
the constant variable

the dependent variable
the dependent variable

the composite variable

Answer 3

the dependent variable

Answer 4

The equation for the data presented in the table and graph is: Number of Hours x $125 per Hour = Total Cost. Which of the following describes how the table, the graph, and the equation are related?

(1 point)
Responses

The table and the equation represent one relationship and the graph represents another.
The table and the equation represent one relationship and the graph represents another.

The table, graph, and equation all represent the same relationship.
The table, graph, and equation all represent the same relationship.

The table and graph represent one relationship and the equation represents another.
The table and graph represent one relationship and the equation represents another.

The table, the graph, and the equation each represent different relationships.

Answer 5

The table, graph, and equation all represent the same relationship.

Answer 6

A crafter is making candles to give as gifts. Each candle uses 8 ounces of wax. Which of the following describes how the table is related to the graph?

(1 point)
Responses

The graph shows the same information in the table, but in a visual way.
The graph shows the same information in the table, but in a visual way.

The table is not related to the graph.
The table is not related to the graph.

Only the graph shows the relationship between the number of candles and the amount of wax.
Only the graph shows the relationship between the number of candles and the amount of wax.

Both the table and the graph show that only 4 candles can be made.

Answer 7

The graph shows the same information in the table, but in a visual way.

Answer 8

A marathon is about 26 miles. The graph shows how fast Runner A ran. The table shows how fast Runner B ran. Which runner would win the race? How do you know?

(1 point)
Responses

Runner A would win because Runner B runs 1 mile every 10 minutes, but Runner A runs more than 1 mile every 10 minutes.
Runner A would win because Runner B runs 1 mile every 10 minutes, but Runner A runs more than 1 mile every 10 minutes.

Runner B would win because Runner B goes 5 miles and Runner A only goes between 4 and 5 miles.
Runner B would win because Runner B goes 5 miles and Runner A only goes between 4 and 5 miles.

Runner A would win because the slope is going up to the right on the graph.
Runner A would win because the slope is going up to the right on the graph.

Runner B would win because Runner B is faster than Runner A.

Answer 9

Runner A would win because Runner B runs 1 mile every 10 minutes, but Runner A runs more than 1 mile every 10 minutes. This is evident by comparing the rates at which each runner completes a mile from the data provided in the graph and table.