A hemispherical bowl is filled to the brim with water. the contents of the bowl are transferred into a cylindrical vessel whose radius is 50% more than its height. if the diameter is same for both the bowl and the cylinder, the volume of water in the cylindrical vessel is
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Let the radius of the
hemispherical bowl be r. Then
the radius of the cylindrical vessel
is r and height is .
Volume of hot water =
Volume of cylindrical vessel =
\ Required percentage = =
100%
hemispherical bowl be r. Then
the radius of the cylindrical vessel
is r and height is .
Volume of hot water =
Volume of cylindrical vessel =
\ Required percentage = =
100%
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