Connor jogs at a constant rate of 3.5 miles per hour. The table shows the distance traveled for different numbers of hours. Drag each list, statement, or equation below to show whether it describes the independent quantity, the dependent quantity, or neither.

Dependent quantity: 3.5, 10.5, 7, 14, 17.5 and distance travelled

Independent quantity: 1,2,3,4,5 and time spent jogging.

Neither: m=3.5h

See explanation below

Question:

A question related to this can be found on (ID 9524195).

Step-by-step explanation:

For an equation, let's consider a linear equation: y = mx+ c

The dependent quantity is y. This is because the value of y depends on the independent quantity (x), the slope(m) and the intercept (c)

The independent quantity is x as it's value doesn't depend on other variables.

We are to identify dependent quantity, independent quantity and a quantity that does fall under the two (that is neither).

Rate = distance travelled/time

Let d = distance travelled in miles

t = time in hours

R = d/t

d = Rt

Here, d is the dependent quantity and t is the independent quantity.

m = 3.5h is an equation and not a quantity. It can't be categorised under any of the two.

Therefore distance travelled and values under it are dependent quantity, time spent on jogging and values under it are independent quantity while the expression m= 3.5h is neither a dependent or independent quantity

Find attached the table and the workings.

goog may have it for you

x = 23.78

step-by-step explanation: