A large tank contains water to a depth
of 10 m. Water emerges from a small
hole on the side of the tank 20 cm
below the level of the water surface.
Calculate:
(a) The speed at which the water
emerges from the hole; and
(b) The distance from the base of
the tank at which the water
strikes the floor on which the
tank is standing.
Answers
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Answer:
the speed can easily be found using the Torricelli law of efflux
on finding the velocity we can easily find the range of horizontal projectile using the velocity of efflux
Explanation:
the velocity is root(2gh)
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