Circle the situation most likely to resemble an ideal gas and indicate why: 1. Ar at...
Circle the situation most likely to resemble an ideal gas and indicate why:
1. Ar at 1.5 atm and 400 K OR H2O at 1.5 atm and 400 K
2. Ar at 100 atm and 250 K OR at 200 atm and 250 K
3.Ar at 1.5 atm and 200 K OR Ar at 1.5 atm and 300K.
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Circle the situation most likely to resemble an ideal gas and
indicate why:
1. Ar at...
200 moles of an ideal gas at 1 atm pressure and T=300K, compress adiabatically to 2...
200 moles of an ideal gas at 1 atm pressure and T=300K, compress adiabatically to 2 atm, go isochorically back to 1 atm, then isobarically back to the initial conditions, how much work is done by the gas?
Complete the table for an ideal gas. Reaction Pressure Volume n T 1 1.5 atm 1.5...
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1. (3 Points) Air (as an ideal gas) is compressed in an adiabatic compressor from an...
1. (3 Points) Air (as an ideal gas) is compressed in an adiabatic compressor from an initial state of 100 kPa and 300K to a final state of at 200 kPa and 600K. Determine the change in specific entropy of air during this compression process. 2. (3 Points) A heat engine operates between two temperature limits of 1300 K and 400 K. It receives 1.2 MJ of heat while producing 500 kJ of useful work. Determine: a. The exergy of...
Make a PV diagram showing the following sequential processes: 2.00 moles of an ideal gas at 400K, 1.00 atm. 1. expand is...
Make a PV diagram showing the following sequential processes: 2.00 moles of an ideal gas at 400K, 1.00 atm. 1. expand isothermally from 65.6 L to 131.3 L at 400 K. 2. cooled isobarically from 65.6 L, 200 K 3. heated isochorically from 200 K back to 400 K
Make one PV diagram showing the following sequential processes: 2.00 moles of an ideal gas at 400K, 1.00 atm. 1. expand...
Make one PV diagram showing the following sequential processes: 2.00 moles of an ideal gas at 400K, 1.00 atm. 1. expand isothermally from 65.6 L to 131.3 L at 400 K. 2. cooled isobarically from 65.6 L, 200 K 3. heated isochorically from 200 K back to 400 K.
1. A sample of an ideal gas has a volume of 2.26 L at 278 K...
1. A sample of an ideal gas has a volume of 2.26 L at 278 K and 1.10 atm. Calculate the pressure when the volume is 1.80 L and the temperature is 303 K. 2. The volume of a sample of hydrogen gas was decreased from 10.76 L to 4.05 L at constant temperature. If the final pressure exerted by the hydrogen gas sample was 8.39 atm, what pressure did the hydrogen gas exert before its volume was decreased? 3....
According to the ideal gas law, a 9.843 mol sample of argon gas in a 0.8425 L container at 502.0 K should exert a pressure of 481.3 atm
Hint: % difference = 100×(P ideal - Pvan der Waals) / P idealAccording to the ideal gas law, a 9.843 mol sample of argon gas in a 0.8425 L container at 502.0 K should exert a pressure of 481.3 atm. By what percent does the pressure calculated using the van der Waals' equation differ from the ideal pressure? For Ar gas, a =1.345L2 atm/mol2 and b = 3.219×10-2 L/mol.
A fixed amount of ideal gas is held in a sealed container. The initial volume, pressure,...
A fixed amount of ideal gas is held in a sealed container. The initial volume, pressure, and temperature are [recall that 1L = 10−3 m3, and 1atm = 101,300Pa] V = 40 L P = 2.5 atm T = 400 K. (a) Compute the new temperature if the pressure is reduced to P = 1.0atm while the volume is held constant. (b) Compute the new volume if the temperature increases to 600K while the pressure is reduced to 2.0atm. (c)...
Consider a piston cylinder process in air (as an ideal gas with constant specific heats) which...
Consider a piston cylinder process in air (as an ideal gas with constant specific heats) which goes from state 1 at 1 atm, 300 K to state 2 at: 3 atm and 400K. (use k=1.4, Cp = 1.005 kJ/(kg K), Cv=0.718 kJ/(kg K), R= 0.287 kJ/(kg K)) (these are the same conditions as question 4). What must the heat transfer be (in kJ/kg), if the process takes place without entropy generation and it can be assumed the temperature at system...
Question 1 (1 point) 1.50 Oxygen PV 1.ok Ideal gas 0.0 0 200 400 600 800...
Question 1 (1 point) 1.50 Oxygen PV 1.ok Ideal gas 0.0 0 200 400 600 800 1000 Pressure (atm) 1. Above is a graph of one mole oxygen and an "ideal gas". The ratio of PV/T is plotted as a function of gas pressure. Why is the line that represents oxygen different from that of the "ideal gas"? Oxygen deviates from an ideal gas because it is diatomic Real gas molecules have a small but measurable intermolecular attraction Oxygen is...
1. (3 Points) Air (as an ideal gas) is compressed in an adiabatic compressor from an initial state of 100 kPa and 300K to a final state of at 200 kPa and 600K. Determine the change in specific entropy of air during this compression process. 2. (3 Points) A heat engine operates between two temperature limits of 1300 K and 400 K. It receives 1.2 MJ of heat while producing 500 kJ of useful work. Determine: a. The exergy of...
Consider a piston cylinder process in air (as an ideal gas with constant specific heats) which goes from state 1 at 1 atm, 300 K to state 2 at: 3 atm and 400K. (use k=1.4, Cp = 1.005 kJ/(kg K), Cv=0.718 kJ/(kg K), R= 0.287 kJ/(kg K)) (these are the same conditions as question 4). What must the heat transfer be (in kJ/kg), if the process takes place without entropy generation and it can be assumed the temperature at system...
Question 1 (1 point) 1.50 Oxygen PV 1.ok Ideal gas 0.0 0 200 400 600 800 1000 Pressure (atm) 1. Above is a graph of one mole oxygen and an "ideal gas". The ratio of PV/T is plotted as a function of gas pressure. Why is the line that represents oxygen different from that of the "ideal gas"? Oxygen deviates from an ideal gas because it is diatomic Real gas molecules have a small but measurable intermolecular attraction Oxygen is...
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