The volume of a 6 x 12 feet tank is 339.3 cubic feet. It contains air at 200psig and 85 Degree Fahrenheit. 1) How many 1 cubic feet of drums can be filled to 50psig and 26.67 degrees Celcius. If it is assumed that the air temperature in the tank remains at 85 degrees Fahrenheit. The drums have been sitting around in the atmosphere which is at 101.325kpaa and 26.67 degrees Celcius. 2) What is the mass of air in pounds that can be used? 3) What is the mass of air put in each drum? Express your answer in pounds.

The volume of a 6 x 12 feet tank is 339.3 cubic feet. It contains air at 200psig and 85 Degree Fahrenheit. 1) How many 1 cubic feet of drums can be filled to 50psig and 26.67 degrees Celcius. If it is assumed that the air temperature in the tank remains at 85 degrees Fahrenheit. The drums have been sitting around in the atmosphere which is at 101.325kpaa and 26.67 degrees Celcius. 2) What is the mass of air in pounds that can be used? 3) What is the mass of air put in each drum? Express your answer in pounds.

Refrigeration and Air Conditioning Technology (MindTap Course List)

8th Edition

ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter11: Calibrating Instruments

Section: Chapter Questions

Problem 4RQ: Temperature-measuring instruments may be designed to measure the temperature of vapors, ________,...

See similar textbooks

Similar questions

A certain amount of gas sample occupies 26.3 liters of volume at constant temperature and 740 torr pressure. How much should its volume in liters to increase the pressure of the gas to 1.62 atm under the same conditions?
Carbon dioxide at a temperature of 30°C and at a pressure of 580kPa absolute, with a gas constant of 288N-m/kg-°K. A. What is the unit weight of the carbon dioxide in N/cu.m B. What is the mass density of the carbon dioxide in kg/cu.m
A tank with a height of 1m contains equal volumes of waterliquid and vapor. The gauge pressure at the top of thetank is 200 kPa g.to. Determine the pressure at the vapor-liquid interface.b. Evaluate the pressure variation between the top and thetank bottom, as a percentage of measured pressure.Assume that Po (ambient atmospheric pressure) is 101 kPa andthat the densities of the liquid and vapor phases are 93 kg / m3and 1,655 kg / m ^ 3 respectively. see img
A closed container contains 1.5m high of water, 2.5m high of oil (SG= 0.8), an unknown liquid (SG= 1.25) whose height is 1.6m, and the pressure at the top of the mixture is 17 KPa. Determine the pressure head at the bottom of the container in millimeters of mercury (SG= 13.6)
If 1000 ft3 atmospheric air at zero Fahrenheit temperature are compressed to a volume of 1728 in3 at a temperature of 3000F, The pressure of the air considering the fact that the mass is constant is Answer in Hg. Round-off your answer to the nearest whole number.
If 15.7 m³ of atmospheric air at 149 degrees centigrade temperature are compressed to a volume of 11.2 m³ at zero degrees centigrade, what will be the vacuum pressure of air in kPav?
Choose correct answer: A vessel of capacity 4 m3 contains the mass of 7 kg of Helium gas at a pressure of 197000 N/m2 and a temperature of 342 K. Find the gas constant of Helium gas in J/kgK. Gas constant, (J/kgK)
When analyzing a sample of ore, a geologist finds that it weighs 2.00 Newtons in air and 1.13 Newtons when immersed in water. What is the density of the ore? What assumptions did you make to answer this question?
For a gas, which of the following does not vary with temperature? - the gas soecific weight - the gas dynamic viscosity - the gas specific volume - the gas constant R - the gas density
ASAP Pls dont round off initial values, round off final ans only ty The pressure 24 meter below a liquid is 786.41 kPa, determine its mass density (kg/m³).
1. If you place 10.0 L of methanol (CH4O) in a sealed room that is 4.75 m long, 2.5 m wide, and 2.5 m high, will all the methanol evaporate? If some liquid remains, how much will there be? The vapor pressure of methanol is 127 torr at 25 °C, and the density of the liquid at this temperature is 0.791 g/mL. Treat the room dimensions as exact numbers.
Assuming the ? = 998 kg/m3 determine the internal diameter of a tubular snow sample such that 0.1 N of snow in the sample represents 10 mm of water equivalent.