A basketball player throws a ball upward from her hands, which are 5 feet above the ground. The basketball reaches a maximum hei
1 answer:
The ball initially goes up then reaches a maximum height from which it
returns downwards and stops in the basket.
Please find attached the graph that represents the relationship between the height of the ball and time.
Reasons:
- The initial height of the basketball = 5 feet
- The motion of the basketball is a parabola, which is concave downwards.
- Given that the basket ball becomes stuck in the net and that the net is higher than 5 feet, we have that the position of the ball after it comes to rest will be higher than the initial position.
Therefore;
The graph of the motion of the ball representing the relationship between he height of the ball and time is as presented in the attached graph crated with MS Excel.
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Answer:
44
Step-by-step explanation:
Given:
Required:
Average range of change from 3 to 9
SOLUTION:
Step 1:
Find f(3) and f(9):
To find f(3), replace x with 3 in the given function
To find f(9), replace x with 9 in the given function
Average rate of change =
Where,
Plug in the values into the formula for average rate of change.
Average rate of change = 44