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pishuonlain [190]
3 years ago
14

A diver running 2.2 m/s drives out horizontally from the edge of a vertical cliff and 2.9 s

Physics
1 answer:
katen-ka-za [31]3 years ago
8 0
To determine the horizontal distance that the diver traveled before finally hitting the water, we simply multiply the speed (2.2 m/s) by the amount of time elapsed which is 2.9 s. Mathematically,
                                 horizontal distance = (2.2 m/s) x (2.9 s) 
                                                                    = 6.38 m
Thus, the answer to the question above is 6.38 m. 
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An adiabatic nozzle has an inlet area of 1 m^2 and an outlet area of 0.25 m^2. Water enters the nozzle at a rate of 5 m^3/s and
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Answer:

v=20m/S

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Explanation:

Hello! This exercise should be resolved in the next two steps

1. Using the continuity equation that indicates that the flow entering the nozzle must be the same as the output, remember that the flow equation consists in multiplying the area by the speed

Q=VA

for he exitt

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The figure below shows two forces A=15 N and B=5 N acting on an object. What is the
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Answer:

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