The values of the total rainfall over the span of the storm are:
After 1 hour, the total rainfall is 0.7 inches
After 2 hours, the total rainfall is 1.4 inches
After 3 hours, the total rainfall is 2.1 inches
After 4 hours, the total rainfall is 2.8 inches
After 5 hours, the total rainfall is 3.5 inches
After 6 hours, the total rainfall is 4.2 inches
After 7 hours, the total rainfall is 4.9 inches
After 8 hours, the total rainfall is 5.6 inches
After 9 hours, the total rainfall is 6.3 inches
After 10 hours, the total rainfall is 7 inches
After 11 hours, the total rainfall is 7.7inches
After 12 hours, the total rainfall is 8.4 inches
The amount of rainfall increases per hour. The increase in rainfall can be modelled using a linear function
A linear function is a function that has a variable that is raised to the power of 1.
An example is x + 10
The linear function that models the rainfall is 0.7 × h. Where h represents number of hours
After 1 hour, the total rainfall is 0.7 x 1 = 0.7 inches
After 2 hours, the total rainfall is 0.7 x 2 = 1.4 inches
After 3 hours, the total rainfall is 0.7 x 3 = 2.1 inches
After 4 hours, the total rainfall is 0.7 x 4 = 2.8 inches
After 5 hours, the total rainfall is 0.7 x 5 = 3.5 inches
After 6 hours, the total rainfall is 0.7 x 6 = 4.2 inches
After 7 hours, the total rainfall is 0.7 x 7 = 4.9 inches
After 8 hours, the total rainfall is 0.7 x 8 = 5.6 inches
After 9 hours, the total rainfall is 0.7 x 9 = 6.3 inches
After 10 hours, the total rainfall is 0.7 x 10 = 7 inches
After 11 hours, the total rainfall is 0.7 x 11 = 7.7inches
After 12 hours, the total rainfall is 0.7 x 12 = 8.4 inches
To learn more about linear equations, please check: https://brainly.com/question/19770987?referrer=searchResults
