To determine the time it will take for the diver to reach the water below, we derive the equation such that t will be our unknown and that will be,
t = √(d/4.9)
Substituting the known values,
t = √(70 m / 4.9) = 3.78 s
Therefore, it will take the diver approximately 3.78 seconds to reach the water below.
We have the following function:
P (m) = m / 6 + 9
Clearing m we have:
m = 6 * (p-9)
m= 6*p - 6*9
Rewriting:
m (p) = 6p-54
Answer:
The inverse function for this case is given by:
m (p) = 6p-54
option A
The perpendicular bisector intersects the segment at a 90° angle