Answer: The required fraction = 
Step-by-step explanation:
Let the required fraction = 
Given: Initial height = 192 inches
Height of ball after second bounce = 
Height of ball after third bounce = 
After the third bounce it is 3 inches off the ground.
So,
Hence, The required fraction =
Kiki and Rose's points
They are on the same vertical line so they fail
Answer:
Step-by-step explanation:
its 6
The velocity would be 7 and sa = 65
A rectangle length is 2 feet less than three times its width. The length of rectangle is 16 feet
<u>Solution:</u>
Given, a rectangle's length is 2 feet less than three times its width.
The perimeter is 44 feet
We have to find what is the length?
Let the width of the rectangle be b then length of rectangle becomes 3b – 2
Perimeter of rectangle is given as:
Perimeter = 2(length + width)
Now, given that, perimeter = 44
2(length + width) = 44
2(3b – 2 + b) = 44
3b – 2 + b = 22
4b = 22 + 2
4b = 24
b = 6
So, width of rectangle is 6 feet , then length is 3(6) – 2 = 18 – 2 = 16
Hence, the length of the rectangle is 16 feet.
