Category: Hydraulic Machines

A. Impulse turbines
B. Reaction turbines
C. Axial flow turbines
D. Mixed flow turbines
E. Reaction-cum-impulse turbines

A. friction loss
B. cavitation
C. static head
D. loss of kinetic energy
E. starting time

A. inlet of draft rube
B. blade inlet
C. guide blade
D. penstock
E. draft tube exit

A. 0 to 4.5
B. 10 to 100
C. 80 to 200
D. 250 to 300
E. none of the above

A. at the level of tail race
B. little above the tail race
C. slightly below the tail race
D. about 2.5 m above the tail race to avoid cavitation
E. about 2.5 m below the tail race to avoid cavitation

A. 39.2%
B. 49.2%
C. 68.8%
D. 84.8%
E. 91.6%.

A. lift and resultant force
B. drag and resultant force
C. lift and tangential force
D. lift and drag
E. resultant force and tangential force

A. two cylinders, two rams and a storage device
B. a cylinder and a ram
C. two co-axial rams and two cylinders
D. a cylinder, a piston, storage tank and control valve
E. special type of pump with storage device and a pressure regulator

A. horizontal
B. nearly horizontal
C. steep
D. first rise and then fall
E. none of the above

A. straight
B. bent forward
C. bent backward
D. radial
E. given aerofoil section