Suppose you are in total equilibrium in water (in other words you are floating and not moving in any direction)What could you do
1 answer:
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Answer:
A)
B) F = 1632.65 N
Explanation:
Given details
outside air speed is given as
since inside air is atmospheric ,
a) By using bernoulli equation between outside and inside of flight
b) force exerted on window
Area of window
We know that force is given as
F = 1632.65 N
Explanation:
The given data is as follows.
height (h) = 98.0 m, speed (v) = 73.0 m/s,
Formula of height in vertical direction is as follows.
h = ,
or, t =
Now, formula for the required distance (d) is as follows.
d = vt
=
=
= 326.5 m
Thus, we can conclude that 326.5 m is the horizontal distance from the target from where should the pilot release the canister.