We offer bernoullies theorem apparatus.
The apparatus is used to verify the bernoulli's theorem. The apparatus consists of:
 a centrifugal pump of 25mm x 25mm with vi hp motor (isi make)
 m.s sump tank 80 ltr. To collect the water.
 m.s measuring tank 40 ltr fitted with pizometer tube to measure the discharge. Damper is used to collect the water in m.s.measuring tank for certain time.
 g.i pipe of internal dia 25.4mm (1") and gunmetal isi mark control value and regulating valves are used to circulate water.
 bye-pass line is also used to regulate the discharge.
The apparatus consists of a variable area duct of perpex sheet with eleven piezometer, tube (50cm height) fitted at equal distance. The duct is connected in between inlet and outlet tanks of size 20 x 20 x 60cm each.
The tanks are well epoxy painted inside to prevent rust hence increase the life of tanks.
Experimental capability:
to verify the bernoulli's theorem experimentally.

We offer bernoullies theorem apparatus.
The apparatus is used to verify the bernoulli's theorem. The apparatus consists of:
 a centrifugal pump of 25mm x 25mm with vi hp motor (isi make)
 m.s sump tank 80 ltr. To collect the water.
 m.s measuring tank 40 ltr fitted with pizometer tube to measure the discharge. Damper is used to collect the water in m.s.measuring tank for certain time.
 g.i pipe of internal dia 25.4mm (1") and gunmetal isi mark control value and regulating valves are used to circulate water.
 bye-pass line is also used to regulate the discharge.
The apparatus consists of a variable area duct of perpex sheet with eleven piezometer, tube (50cm height) fitted at equal distance. The duct is connected in between inlet and outlet tanks of size 20 x 20 x 60cm each.
The tanks are well epoxy painted inside to prevent rust hence increase the life of tanks.
Experimental capability:
to verify the bernoulli's theorem experimentally.