To demonstrate the effect of Bernoulli’s theorem by studying variation in the pressure and speed of flow of an incompressible fluid through a tube with respect to the tube bore or cross-section. Comprises a Bernoulli’s tube, with central constricted portion, a constant bore gradient tube, 6 lengths glass tubing, 2 swan necked outlets tubes and 8 small pieces of rubber connecting tubing for joining various glass tubings as and when needed. The two flow tubes, each 500 x 13mm (L x OD) have three sealed-in short side tubes of length 25mm each with interspacing of about 150mm for connection to glass tubing lengths for use as manometers. The middle short side tube in Bernoulli’s tube stem out from the central constricted portion for studying the effect of constriction.
* Bernoulli’s Tube Apparatus
Bernoulli’s Tube Apparatus
Catalogue No: 1020400
To demonstrate the effect of Bernoulli’s theorem by studying variation in the pressure and speed of flow of an incompressible fluid through a tube with respect to the tube bore or cross-section. Comprises a Bernoulli’s tube, with central constricted portion, a constant bore gradient tube, 6 lengths glass tubing, 2 swan necked outlets tubes and 8 small pieces of rubber connecting tubing for joining various glass tubings as and when needed. The two flow tubes, each 500 x 13mm (L x OD) have three sealed-in short side tubes of length 25mm each with interspacing of about 150mm for connection to glass tubing lengths for use as manometers. The middle short side tube in Bernoulli’s tube stem out from the central constricted portion for studying the effect of constriction.
* Bernoulli’s Tube Apparatus
Pack of (Pcs): 1