Selvis house has an overhead tank in the shape of a cylinder. This is filled by pumping water from a sump (an underground tank) which is in the shape of a cuboid. The sump has dimensions `1. 57 mxx1. 44 mxx95 c m` . The overhead tank has its radius

Selvi's house has an overhead tank in the sphase of a cylinder. This is filled by pumping water from a sump (an underground tank) which is in the shape of a cuboid. The sump has dimensions 1.57 mxx1.44m xx95 cm . The overhead tank has its radius 60cm and height 95 cm. Find the hieght of the water left in the sump after the overhead tank has been completely filled with water from the sump which had been full. Compare the capacity of the tank with that of the sump (Use pi=3.14)

Selvi's house has an overhead tank in the shape of a cylinder. This is filled by pumping water from a sump (an underground tank) which is in the shape of a cuboid. The sump has dimensions 1.57 m x 1.44 m x 95cm. The overhead tank has its radius 60 cm and height 95 cm. Find the height of the water left in the sump after the overhead tank has been completely filled with water front the sump which had been full. Compare the capacity of the tank with that of the sump. (Use pi = 3.14)

Seenu's house has an overhead tank in the shape of a cylinder. This is filled by pumping water froma sump (underground tank) which is in the shape of a cuboid. The sump has dimensions 2 m xx 1.5 m xx 1 m . The overhead tank has its radius of 60 cm and height 105 cm. Find the volume of the water left in the sump after the overhead tank has been completely filled with water from the sump which has been full, initially.

Parvali house has a water tank in the shape of a cylinder on the roof. This is filled by pumping water from a sump (an underground tank) which is in the shape of a cuboid. The sump has dimensions 1.57 m times 1.44 m times 9.5 cm. The water tank has radius 60 cm. and height 95 cm. Find the height of the water left in the sump after the water tank has been completely filled with water from the sump which had been full of water. Compare the capacity of the tank with that of the sump. ( pi =3.14)

Selvi's house has an overhead tank in the shape of a cylinder. This is filled by pumping water from the sump, which is cuboidal in shape. The sump has dimensions 1.57mxx1.44mxx0.95m. the overhead tank has radius 60 cm and its height is 95 cm. find the height of the water left in the sump after overhead tank has been completely filled with water from the sump, which was full. compare the capacity of tank with that of the sump.

Selvi is setting up a water purifier system in her house which includes setting up an overhead tank in the shape of a right circular cylinder. This is filled by pumping water from a sump (underground tank) which is in the shape of a cuboid. The underground water tank (sump) is a sturdy single moulded piece built to with stand underground pressure and is available in the storage capacity of 2000 L. These, along with hassle-free installation and minimum maintenance needs make it the ideal water storage solution. Dimensions (sump): 1.57 m xx 1.44 m xx 95 cm. Dimensions (overhead tank): Radius 60 cm and Height 95 cm Water flow conditions at the required overload capacity should be checked for critical pressure drop to ensure that valves are adequately sized. On the basis of the above information, answer the following qeuestions: The ratio of the capacity of the sump to the capacity of the overhead tank is

Selvi is setting up a water purifier system in her house which includes setting up an overhead tank in the shape of a right circular cylinder. This is filled by pumping water from a sump (underground tank) which is in the shape of a cuboid. The underground water tank (sump) is a sturdy single moulded piece built to with stand underground pressure and is available in the storage capacity of 2000 L. These, along with hassle-free installation and minimum maintenance needs make it the ideal water storage solution. Dimensions (sump): 1.57 m xx 1.44 m xx 95 cm. Dimensions (overhead tank): Radius 60 cm and Height 95 cm Water flow conditions at the required overload capacity should be checked for critical pressure drop to ensure that valves are adequately sized. On the basis of the above information, answer the following qeuestions: If the amount of water in the sump, at an instant, is 1500 litres, then the water level in the sump at that instant is

Selvi is setting up a water purifier system in her house which includes setting up an overhead tank in the shape of a right circular cylinder. This is filled by pumping water from a sump (underground tank) which is in the shape of a cuboid. The underground water tank (sump) is a sturdy single moulded piece built to with stand underground pressure and is available in the storage capacity of 2000 L. These, along with hassle-free installation and minimum maintenance needs make it the ideal water storage solution. Dimensions (sump): 1.57 m xx 1.44 m xx 95 cm. Dimensions (overhead tank): Radius 60 cm and Height 95 cm Water flow conditions at the required overload capacity should be checked for critical pressure drop to ensure that valves are adequately sized. On the basis of the above information, answer the following qeuestions: If overhead tank need to be painted to save it from corrosion, how much area need to be painted?

Selvi is setting up a water purifier system in her house which includes setting up an overhead tank in the shape of a right circular cylinder. This is filled by pumping water from a sump (underground tank) which is in the shape of a cuboid. The underground water tank (sump) is a sturdy single moulded piece built to with stand underground pressure and is available in the storage capacity of 2000 L. These, along with hassle-free installation and minimum maintenance needs make it the ideal water storage solution. Dimensions (sump): 1.57 m xx 1.44 m xx 95 cm. Dimensions (overhead tank): Radius 60 cm and Height 95 cm Water flow conditions at the required overload capacity should be checked for critical pressure drop to ensure that valves are adequately sized. The capacity (in litres) of the overhead tank is