Answer:
t = 9.08 sec
Explanation :
This requires the use of the kinematic equations.
u = initial velocity = 21.8 m/s
v = final velocity = 0
t = time = what we're trying to find.
So we use the equation that relates d, u, v and t. This is
d = distance = 99m
d = 
and since v = 0 this reduces to d = 
which rearranges to t =
t =
=9.08 seconds
t = 9.08 sec
The top left (-5,7)
Middle right (5,1)
Remove parentheses by multiplying factors.
use exponent rules to remove parentheses in terms with exponents.
combine like terms by adding coefficients.
combine the constants.
Answer:
V=Bh
Step-by-step explanation:
thare are muliple ways to use this equation like V=Bh
V=1/2Bh or V=1/3Bh
C is the answer to your problem have a good day