Anaerobic treatment is a common treatment process in environmental engineering to degrade organic contaminants. During this process, methane (CH4) is produced which is an explosive gas. So, its pressure in the treatment tank has to be maintained below explosion limit. Question: You want to keep the methane pressure in the tank below 400 kPa, so what should be the maximum pressure you measured at point A? Methane Mercury (sg = 13,6) 8 cm 1 cm A 3 cm 11 cm water 4 cm Oil (sg = 0,8)

Anaerobic treatment is a common treatment process in environmental engineering to degrade organic contaminants. During this process, methane (CH4) is produced which is an explosive gas. So, its pressure in the treatment tank has to be maintained below explosion limit. Question: You want to keep the methane pressure in the tank below 400 kPa, so what should be the maximum pressure you measured at point A? Methane Mercury (sg = 13,6) 8 cm 1 cm A 3 cm 11 cm water 4 cm Oil (sg = 0,8)

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

Complete the blank cells in the following table of properties of water
I've posted the below question earlier, and I received the answer. This is the question: A J-shaped tube is filled with air at 760 Torr and 22 °C. The long arm is closed off at the top and is 100.0 cm long; the short arm is 40.00 cm high. Mercury is poured through a funnel into the open end. When the mercury spills over the top of the short arm, what is the pressure on the trapped air? Let h be the length of mercury in the long arm. I need further explanation of one step: - when P2 is obtained in the short arm, the equation is 40-h+P1 1. How did we get this equation? 2. the short arm does not contain any air, why do we create an equation of P2 in the short arm? Please clarify these concerns.
Is it true or false? if false please justify/defend your answer. > Chlorine gas at 45 ̊C is under a pressure of 480 kPa. Assume a gas constant of 117 N-m/kg-K. Its specific volume is 0.87. > A 5-mm diameter tube is inserted in mercury and later in water. Assuming the tube is clean so that its angle of contact with mercury is 140 ̊ and the surface tension is 0.5140 N/m, the amount of depression is -2.36 mm.
Q6. The boiling temperature of water decreases by about 3°C for each 1000-m rise in altitude. What is the decrease in the boiling temperature in °F for each 1000-ft rise in altitude?
Calculate the specific weight, specific volume, and density of methane at 100℉ and 120 ????.
To what depth would a container of engine oil (sg=0.878) have to be filled to yield the same pressure at the bottom of a container with 8.25in of mercury (sg=13.55) ?
10.0 liter of oxygen gas at 275K Celsius has a pressure of 2.0 atm, find thevolume (ml) of the gas if the temperature is changed to 320. K and pressure isadjusted to 800. torr
calculate the volume of 87% dry steam at 1200 kpa ?.
2.23- Water is at 20 °C and the pressure is lowered until boiling is observed. What is the pressure? from Engineering fluid mechanics 11th
A 6-m³ tank contains helium at 400 K and is evacuated from atmospheric pressure to a pressure of 740 mm Hg vacuum. Determine (a) mass of helium remaining in the tank, (b) mass of helium pumped out, (e) the temperature of the remaining helium falls to 10°C. What is the pressure in kPa?
4. If air is at a pressure of 3200 lbf/ft2 and at the temperature of 800°R, what is the air specific volume? Draw a figure or FBD that will support the problem. Explain each step by step formula.
A6 tank contains helium at 400K and is evacuated from pressure to a pressure of 740 mm Hg vacuum, Determine (a) the mass of belium remaining in the tank; (b) the mass of belium pumped out. (c) The temperature of the remaining helium falls to to C. What is the pressure in kPa?