Given the equation, determine whether a constant rate of change exists. If yes, identify the constant of proportionality.

Given the equation, determine whether a constant rate of change exists. If yes, identify the constant of proportionality.

Given the equation, determine whether a constant rate of change exists. If yes, identify the constant of proportionality.

Determine if the data shown in the table represents a proportional relationship. If yes, give the constant rate of change.

Given the graph, determine whether a constant rate of change exists. If yes, identify the constant of proportionality and write the equation that represents the relationship.

Given the graph, determine whether a constant rate of change exists. If yes, identify the constant of proportionality and write the equation that represents the relationship.

Given the graph, determine whether a constant rate of change exists. If yes, identify the constant of proportionality and write the equation that represents the relationship.

Given the graph, determine whether a constant rate of change exists. If yes, identify the constant of proportionality and write the equation that represents the relationship.

Determine if the data shown in the table represents a proportional relationship. If yes, give the constant rate of change.

Hannah’s pay varies directly to the number of hours she works. If she made $231 for 28 hours of work, identify the constant of proportionality and write an equation to represent the relationship.

Given the table, determine whether a constant rate of change exists. If yes, identify the constant of proportionality and write the equation that represents the relationship.

The number of calories in a bag of cookies varies directly to the number of cookies in the bag. If a bag with sixteen cookies contains 1,120 calories, determine how many calories are in five cookies.