1. A gold with a mass of 20 kg is fully submerge on the sea water. If a rope is used to hoist the gold up and the mass of the hoist is neglected, (a) what is the tension on the hoisting cable when gold is completely under water? (b) what is the tension on the hoisting cable when gold is completely out of water? (Psw = 1023 kg/m², Pair = 1.28 kg/ m³ and pgold = 19 300 kg/m³).

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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simplify your answer to the nearest thousandths (3 decimal
places).
1. A gold with a mass of 20 kg is fully submerge on the sea
water. If a rope is used to hoist the gold up and the mass of
the hoist is neglected, (a) what is the tension on the hoisting
cable when gold is completely under water? (b) what is the
tension on the hoisting cable when gold is completely out
(Psw = 1023 kg/m³, Pair = 1.28 kg/
of
water?
m³ and pgold = 19 300 kg/m³).
2. A buoy has a mass of 950 kg and a diameter of 0.900 m,
calculate the additional distance the buoy will sink if a man
with a mass of 75 kg decided to stand on top of it.
3. A system is placed on top of the water. What will happen
to the system if (a) the density of the system is much
greater than the water? (b) the density of the system is
much lesser than the water? (c) the density of the system
is equal to the water?
Transcribed Image Text:simplify your answer to the nearest thousandths (3 decimal places). 1. A gold with a mass of 20 kg is fully submerge on the sea water. If a rope is used to hoist the gold up and the mass of the hoist is neglected, (a) what is the tension on the hoisting cable when gold is completely under water? (b) what is the tension on the hoisting cable when gold is completely out (Psw = 1023 kg/m³, Pair = 1.28 kg/ of water? m³ and pgold = 19 300 kg/m³). 2. A buoy has a mass of 950 kg and a diameter of 0.900 m, calculate the additional distance the buoy will sink if a man with a mass of 75 kg decided to stand on top of it. 3. A system is placed on top of the water. What will happen to the system if (a) the density of the system is much greater than the water? (b) the density of the system is much lesser than the water? (c) the density of the system is equal to the water?
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