(2) Find the pressure difference between containers A and B shown in the figure below (S.G....
Determine the pressure difference between point A and B. The dimensions in the figure denotes the vertical distance Table 1: Reference Liquid Property Liquid Type Density, kg/m Benzene Mercury Kerosene Water Air 881 13600 809 998 1.2 Kerosene Air 9cm 40cm 20cm 8em 14cm Benzene Mercury Water
1. For the system shown below, oil (S.G. = 0.75) flows through a contracting pipe, and a differential mercury (S.G. = 13.56) manometer is used to directly measure the difference in pressure between location A and location B. From the dimensions that are given, what is PA-po? 1.500 m 0.250 m h 0.250 m Mercury
4-For the manometer shown in the Fig. below contains oil and water.For the column heights indicated what is the pressur differential between pipes A and B. CDI water water 650) 20 10 Glycerin S.G-1.26 oil o-o.as S.G 0.85 Dimensions in cm S-The inverted U-tube manometer contains oil S.G.-0.9and water. The pressure differential between A and B, pA-PB is-5kPa Determine the differential reading,h Oil 0.2 m 0.3 m Water 9-Air flows through a pipe at a rate of 200L/s.The pipe consists...
Question Al A pipeline carrying heavy oil with a specific gravity of SGo-0.8 and a tank containing slightly compressed air are connected through a manometer filled with mercury, SGM 13.6 and a reservoir as shown in Fig. 1. The ratio of reservoir diameter D to pipe diameter d is D/d-2 Air ho Dill Mercury Figure 1: Manometer connecting pipeline and air tank. Drawing not to scale. The oil-mercury interface is at height ho-50cm below the centre of the pipeline, the...
(8 marks) Find the pressure difference between points A and B for the setup shown in Figure 1.1. (c) (8 marks) Oil (SG- 0.8) 0.70 m Water Water 1.50 m
For the case shown in the figure below, find the pressure at section 1. The discharge of water at 20°C through the system is 0.01 m/s. The elevation difference between section I and point 2 is 7 m. The material of the pipes is galvanized iron. The length and diameter of pipes A, B, and C are, respectively, 20 m and 7 em, 15 m and 12 cm, and 25 m and 5 cm.
For the circuit shown in the figure below, calculate: A. B. 2. the potential difference between points a and d. (6 points) the terminal voltage of each battery. (12 points) 34 ? 47 Q 1 12 45 v 1812 75 V 1 ?
1-78 Th Fi e gage pressure of the air in the tank shown in g. Pl-78 is measured to be 80 kPa. Determine the differen- tial height h of the mercury column. Oil SG 0.72 80 kPa 75 cm Water Air 30 cm Mercury SG 13.6 FIGURE P1-78
Q1. For the systems of manometers shown in Figures 1a and 1b below, determine the pressure difference between pipes A and B. Note that for the case shown in Figure 1a two different manometry fluids are being used (mercury and oil). Assume: Amercury = 13600 kg/mº; poir = 780 kg/m and pw = 1000 kg/m3 Oil 0.33 m Water Water 0.45 m 1.89 m 0.99 m Pipe Pipe Mercury Water Pipe 1.3 m 0.5 m Mercury Figure 1
A mercury manometer is used to measure the pressure difference in the two pipes shown in the figure. A type of oil (specific weight 45.6 lb/ft3 ) is flowing in A and a different type of oil (specific weight 56.0 lb/ft3 ) is flowing in B. An air pocket has formed as shown. What is the pressure in A if the pressure in B is 18.3 psi? Air bubble 3 in. 5 in. Fuel oil 18 in. SAE 30 oil...