à large tankK upright ground cated in the diagram given below. (The diagram is not to scale.) H1 H2 The tank is filled with water to a height H1 = 82 cm above the ground. A small hole is then made in the side of the tank H2 = 54 cm above the ground and the water begins to flow out of the tank. The distance r (rounded to two decimal places) from the base of the tank where the water first hits the ground is equal to: (a) 108, 02 cm (b) 77, 77 cm (c) 116, 66 cm (d) 73, 88 cm (е) 57, 16 ст
à large tankK upright ground cated in the diagram given below. (The diagram is not to scale.) H1 H2 The tank is filled with water to a height H1 = 82 cm above the ground. A small hole is then made in the side of the tank H2 = 54 cm above the ground and the water begins to flow out of the tank. The distance r (rounded to two decimal places) from the base of the tank where the water first hits the ground is equal to: (a) 108, 02 cm (b) 77, 77 cm (c) 116, 66 cm (d) 73, 88 cm (е) 57, 16 ст
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Transcribed Image Text:4. Consider a large tank of water that stands upright on the ground as indi-
cated in the diagram given below. (The diagram is not to scale.)
H1
H2
The tank is filled with water to a height H1
= 82 cm above the ground.
A small hole is then made in the side of the tank H2
54 cm above
the ground and the water begins to flow out of the tank. The distance r
(rounded to two decimal places) from the base of the tank where the water
first hits the ground is equal to:
(a) 108, 02 cm
(b) 77, 77 cm
(c) 116, 66 cm
(d) 73, 88 cm
(e) 57, 16 cm
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