Determination of viscosity with Ostwald viscometer
... 1. Set up the temperature given by the supervisor of the measurement. 2. Measure 20 cm3 distilled water to the lower reservoir and put the viscometer to the thermostat (even the h1 level should be under the level of the water in the thermostat)! 3. Measure the weight of the empty, dry(!) pycnometer! ...
... 1. Set up the temperature given by the supervisor of the measurement. 2. Measure 20 cm3 distilled water to the lower reservoir and put the viscometer to the thermostat (even the h1 level should be under the level of the water in the thermostat)! 3. Measure the weight of the empty, dry(!) pycnometer! ...
Length and Flow Rate
... Plastic tubing with a radius of 2.00.±.0.05 mm was attached to a hole at the bottom of a water tank as shown in figure 1. The water tank was filled with water at 30±1°C to a height of 0.43.±.0.01 m above the center of the tube, and positioned such that the tubing lay flat on the ground. Water was al ...
... Plastic tubing with a radius of 2.00.±.0.05 mm was attached to a hole at the bottom of a water tank as shown in figure 1. The water tank was filled with water at 30±1°C to a height of 0.43.±.0.01 m above the center of the tube, and positioned such that the tubing lay flat on the ground. Water was al ...
AMEE 202 Midterm S14_1 Group 2
... a spherical shape V r 3 , what would be the required diameter? ...
... a spherical shape V r 3 , what would be the required diameter? ...
Flow conditioning
._flow_conditioner.GIF?width=300)
Flow conditioning ensures that the “real world” environment closely resembles the “laboratory” environment for proper performance of inferential flowmeters like orifice, turbine, coriolis, ultrasonic etc.