In the figure shown below. Let X-2 cm, Y = 10 cm, specific weight of water = 9850 N/m?, Benzene density 870 kg/m, Kerosine desity = 800 kg/m, Mercury specific gravity 13.6. Neglect Air elevation. Kerosine Air Benze ne B 40 cm 19 cm 20 cm Mercury Water Determine the pressure difference (Pa) between points A and B. (PA-Pek

In the figure shown below. Let X-2 cm, Y = 10 cm, specific weight of water = 9850 N/m?, Benzene density 870 kg/m, Kerosine desity = 800 kg/m, Mercury specific gravity 13.6. Neglect Air elevation. Kerosine Air Benze ne B 40 cm 19 cm 20 cm Mercury Water Determine the pressure difference (Pa) between points A and B. (PA-Pek

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

24. Fluid A is H20 (PH2O = 62.1 lbm/ft) while fluid B is mercury (Phg = 0.488 lbm/in), compute the height z if the pressure at x is 5.4 psi vacuum, the distance y = (4- 0.5 z) ft and local acceleration of gravity is standard. %3D Open Fluid A Fluid B 米-
Find the pressure difference between points A and B. (1,3,5,7,9): Liquid is Chloride with density 1490 kg/m³ and H = 25 cm. Liquid Oil (sg = 0.90) %3D 12 A cm 16 H 12 cm cm cm cm Mercury (sg = 13.54)
You will start by getting used to the idea of the linear mass density by relating it to concepts you are already familiar with: the mass and the (volume mass) density.* First, you have a column of pure water that has a density PH₂0 = 1 g/cc. The water column is in a cylinder. The column has cross-sectional area 31 cm² and height 75 cm before salt is added. The linear mass density has two different definitions. One is going up in dimensionality, that is from the volume mass density p to the linear mass density λ = PA where A is the cross-sectional area of the object. The other is going down in dimensionality, that is from the mass down to the linear mass density λ = M H where H is the height of the column in our case. You will use both of these below: (a) What is the linear mass density of the water column? ÅH20 = (b) What is the mass of the water? M = Let's now try this after adding salt to the water. When we do, the column's height rises to a level 78 cm, and we measure its salinity…
ll SMART 2:18 PM O a 82% K All iCloud **Instruction: Use Given-Required-Solution in answering problems. Provide necessary diagrams for each. Answers should be rounded off to four decimal places and enclosed in a box.** 1.) Show that 1kg-m weights, 1kg-f on earth. 2.) A column arranged vertically holds a composite fluid of 46 cm of mercury (SG = 13.5), 66 cm of water (density = 1000 kg/m^3), and 81 cm of oil (SG =0.8), with its top end exposed to the atmosphere. Calculate the pressure at the bottom of the column. Knowing that fluids with higher densities sit below fluids with lower densities, illustrate the vertical column (no need to be up to scale).
Because of a break in a buried oil storage tank, ground water has leaked into the tank to the depth L'= 2 ft. The densities of the water and oil are, respectively, 62 and 55, each in Ib/ft3. Standpipe open to atmosphere Oil L' Water Determine the pressure at the oil-water interface and at the bottom of the tank, each in Ibf/in². (gage). Assume L = 17 ft. Let g = 32.2 ft/s?. Determine the pressure at the oil-water interface, in Ibf/in?. (gage). Palgage) = Ibf/in?.
A quarter gallon of oil weighs about 1.85 lb. Calculate its unit weight in pcf. and specific gravity. (7.48 gal = 1 ft^3). Separate your answers with a coma
Air tank filled with air (air gas constant 287 J/kg.K, density of 1.2 kg/m), the air temperature is 20 C Find the force F (N). The oll specific gravity S- 0.8. Neglect the weights of the piston. 10-cm diameter Vertical 2m Oil air -2.2 m
1. An irregular container, closed at the end, is filled with water (999 kg/m). Consider the opening exposed to the atmosphere at 1 atm, find the pressure at point A. Refer to the figure below. P. atm 0.5 m, 40° 60° 0.4 m 0.4 m 3 m 3 m 2.6 m А. 0.3 m all in meters 0.5 0.5 0.5 2.7 m- 1 m
Find the pressure on a scuba diver when it reads 30 meter below the surface of the sea. (Density of sea water is 1.03 X kg10^3 kg/m3) * З Bar 5 Bar 4 Bar 2 Bar
to prepare a) Determine the density (p), specific gravity (SG), and mass (m) of the air in a room as shown in Figure I at 100 kPa and 25°C, if the gas constant of air is R=0.287 kPa. m'/kg. K. 6 m Figure 1 b) What is the pressure head in mmHg, exerted by the atmosphere? QUESTION 2 (20 Marks) CLO CLO 2
Directions: Solve the following problems completely, and make a detailed solution. Any incompletesolution arriving at such answers will never be considered. A barrel contains a 15 cm layer of oil of density 5.88 kN/m3 floating on water that is 30 cm deep. What is the gauge pressure in mmHg at the oil-water interface?
Q1(b) A multi fluid manometer is shown in Figure Q1(b). Determine the following: (i) Determine height 'h' if the difference in pressure between the two pipes is 15.38 kPa; [6] (ii) Difference in pressure between the two pipelines if both pipes are in the same level. [6] Take density of air = 1kg/m3 and density of water = 1000kg/m3. Oil SG = 0.79 Gasoline SG =0.70 PIPE Air 45 cm hcm Pipe 22 cm 10 cm `Mercury SG= 13.6 Water Figure Q1(b)