Answer:
B. Graham had more power than Marshall
Explanation:
Graham put more power into lifting his weight and therefore he lifted it 2 seconds faster than Marshall.
There are 2 steaight lines , representing height an base of two buildings
Floor N > Floor S
Ground S > Ground N
Height = Ground x Floor
Then there must be some point that
Height N = Height S
this point is aprox at 2 floors
then Dayton was right
I got 5:3 and 8:15 Try at least the 5:3 because I got right
H = 151t - 16t²
The height of the ball when it return to the ground will be 0
0 = 151t - 16t²
The zero product property is that when two numbers are being multiplied and the product is 0, one of them must be equal to 0. Therefore, we can factorize this equation:
16t² - 151t = 0
t(16t - 151t) = 0
By the zero product property:
t = 0 or 16t - 151 = 0
So t = 0 or t = 9.44 seconds
The first solution is before he releases the ball and the second is when the ball comes back to the ground. Thus, the ball's air time is 9.44 seconds.