A solid paraboloid of base radius R, and height ho is having uniform volume mass density...
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A solid paraboloid of base radius R, and height ho is having uniform volume mass density of p, is Inverted and placed just above the surface as shown, of a liquid having volume mass density of PL. When paraboloid is released from rest it has been observed that when it becomes completely submerged in the liquid the paraboloid comes to the rest again. There exist uniform gravity of g. Assume that the liquid body is very large so that liquid level is not changing as the paraboloid enters into the liquid. R (A) (B) (C) (D) Ps ho PL The phenomenon is true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The phenomenon is not true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The ratio of PL is 2. Ps The ratio of PL is 3. Ps A solid paraboloid of base radius R, and height ho is having uniform volume mass density of p, is Inverted and placed just above the surface as shown, of a liquid having volume mass density of PL. When paraboloid is released from rest it has been observed that when it becomes completely submerged in the liquid the paraboloid comes to the rest again. There exist uniform gravity of g. Assume that the liquid body is very large so that liquid level is not changing as the paraboloid enters into the liquid. R (A) (B) (C) (D) Ps ho PL The phenomenon is true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The phenomenon is not true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The ratio of PL is 2. Ps The ratio of PL is 3. Ps A solid paraboloid of base radius R, and height ho is having uniform volume mass density of p, is Inverted and placed just above the surface as shown, of a liquid having volume mass density of PL. When paraboloid is released from rest it has been observed that when it becomes completely submerged in the liquid the paraboloid comes to the rest again. There exist uniform gravity of g. Assume that the liquid body is very large so that liquid level is not changing as the paraboloid enters into the liquid. R (A) (B) (C) (D) Ps ho PL The phenomenon is true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The phenomenon is not true for all paraboloids irrespective of their dimensions as long as density ratio is maintained. The ratio of PL is 2. Ps The ratio of PL is 3. Ps
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Related Book For
Elementary Principles of Chemical Processes
ISBN: 978-0471720638
3rd Edition
Authors: Richard M. Felder, Ronald W. Rousseau
Posted Date:
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