The equation for height as a function of time is:
height = (0.5)(acceleration)(time)^2 + (initial velocity)(time) + (initial height)
In this case, x will be the time, so 80 fits the initial height from which the parachute is dropped (the first choice).
The initial velocity of the parachute is 16, while acceleration is -32 (units of length are probably in ft).
You earn 12% on the $5000 par value (face value) of the bond. So 0.12*5000 = 600 is the annual coupon payment. You earn $600 each year
This income is divided by the amount you paid to get
600/4750 = 0.1263 which converts to 12.63%
So the answer is choice 2) 12.63%
The answer is 4/21 or 0.190476
Answer:
Step-by-step explanation:
Trigonomos used tangent to solve it.
Let the width of the river is w.
- tangent = opposite leg / adjacent leg
- tan 76° = w / 15
- w = 15 tan 76°
- w = 60.16 m
Answer:
b
Step-by-step explanation:
