Construct and Interpret Linear Functions

The height of a falling rock is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The number of trees Bud plants in the riparian zone is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The amount of snow that falls during a snowstorm is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The growth rate of a Saint Bernard puppy is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The number of math problems Jerry solves is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

Dan is on a backpacking trip. His distance from the trailhead is shown on the graph. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The table shows the amount of flour remaining after baking loaves of banana bread. Assume the relationship between the two quantities is linear. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The table shows the temperature of an oven as it preheats. Assume the relationship between the two quantities is linear. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The table shows the amount of water that leaks from a pool. Assume the relationship between the two quantities is linear. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b

The table shows the battery life of a flashlight. Assume the relationship between the two quantities is linear. Find and interpret the rate of change and initial value. Then write the equation of the function in the form y = mx + b