A cylinder of radius `R = 1 m` and height `H = 3 m` two- thirds filled with water, is rotated about its vertical axis as shown in Fig. Determine the speed of rotation when
a. the: water just starts spilling over the rim.
b. the point at the centre of the base is just exposed.

A cylindrical vessel of diameter 0.3 m and height 0.6 m is filled two thirds with a liquid of specific gravity 0.8 . The vessel is rotated about its axis. a. Determine the speed of rotation when the liquid just starts spilling. b.Find the speed of rotation when the base is just visible. c. What is the percentate of liquid left in the vessel?

A cylindrical vessel of diameter 0.3 m and height 0.6 m is filled two thirds with a liquid of specific gravity 0.8 . The vessel is rotated about its axis. a. Determine the speed of rotation when the liquid just starts spilling. b.Find the speed of rotation when the base is just visible. c. What is the percentate of liquid left in the vessel?

If a horizontal cylindrical tube, partly filled with water is rapidly rotated about a vertical axis passing through its centre, the moment of inertia of the water about its axis will

A circular cylinder of height h_(0)=10 cm and radius r_(0) =2 cm is opened at the top and filled with liquid. It is rotated about its vertical axis. Determine the speed of rotation so that half the area of the bottom gets exposed ( g=10 m//s^(2) ):

A cylinder of height 1 m and radius 10 cm is fully filled with water, the volume of water is _____ m^(3) .

A cylinder of height 1 m and radius 10 cm is fully filled with water, the volume of water is _____ m^(3) .

A circular cylinder of radius R and height H is filled with water to a height (2//3)H . It starts rotating about its axis with constantly increasing angular speed. Choose the correct alternatives.

A circular cylinder of radius R and height H is filled with water to a height (2//3)H . It starts rotating about its axis with constantly increasing angular speed. Choose the correct alternatives.

A cylinder of radius R and height H is foam unknown height h . When is rotated at an unknown constant angular velocity omega , the base of the cylinder gets exposed when the liquid just starts spilling out, as shown in Fig. a. Find the height h of the liquid. b. Find the angular speed w of the cylinder.