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Stack gas contains 55 mole N3, 15 moleco, 12 moles 0, and the balance Co the...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene,...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene, and the balance water. Composition Calculate the molar composition of this gas on both a wet and a dry basis and the ratio (mol H20/mol dry gas). Component Mole % (Wet basis) Mole % (Dry basis) Methane 81.5 90.22 Ethane 5.74 6.35 Ethylene 3.09 3.42 Water 9.66 mol H20/mol dry gas: Click if you would like to Show Work for this question: Open Show...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene,...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene, and the balance water. Composition Calculate the molar composition of this gas on both a wet and a dry basis and the ratio (mol H20/mol dry gas). Component Mole % (Wet basis) Mole % (Dry basis) Methane 81.5 90.22 Ethane 5.74 6.35 Ethylene 3.09 3.42 Water 9.66 mol H20/mol dry gas: Click if you would like to Show Work for this question: Open Show...
100 moles/h of methane is burned with 100% excess air. The percent conversion of methane is...
100 moles/h of methane is burned with 100% excess air. The percent conversion of methane is 70%. Of the methane burned, 32% is reacted in partial combustion and the balance reacts in complete combustion. The reaction schemes are shown below: (1) CH4 + 2O2→ CO2 + 2H2O (2) CH4 + 3/2O2→ CO + 2H2O a. Draw a flow chart for this process b. Calculate the inlet air flow rate in moles/h c. Calculate the molar flow rate in moles/h and...
A fuel gas that contains mole% methane and the balance ethane is burned completely with pure...
A fuel gas that contains
mole% methane and the balance ethane is burned completely with
pure oxygen at
°C, and the products are cooled to
°C.
suppose that the combustion takes place in a constant-volume
batch reactor. Take
mol as a basis of calculation of the fuel gas charged into the
reactor and assume any percent excess oxygen,
and calculate –Q(kJ) for the cases of liquid water as
well as water vapor as products.
40.00 25.00 We were unable to...
A fuel gas that contains mole% methane and the balance ethane is burned completely with pure...
A fuel gas that contains
mole% methane and the balance ethane is burned completely with
pure oxygen at
°C, and the products are cooled to
°C.
Suppose that the reactor is continuous. Take a basis of
calculation of
mol/s of the fuel gas, assume some value for the percent excess
oxygen fed to the reactor (the value you choose is not going to
affect the results), and calculate -Q⋅ (kW), the rate at which heat
must be transferred from the...
n-Pentane is burned with excess air in a continuous combustion chamber. Below is a skeleton flowchart....
n-Pentane is burned with excess air in a continuous combustion chamber. Below is a skeleton flowchart. n (mol n-pentane) Combustion Chamber 100 mol Dry Product Gas (DPG) Xp (mol n-pentane / mol DPG) Xaq (mol O2/mol DPG) Xco, (mol CO2/mol DPG) XNC (mol N2 mol DPG) n (mol H2O) Excess Air n2 (mol O2) na (mol N) Air Composition Correct. 169.25 If n2 were 45.0 moles, what would be the value of n4? mol the tolerance is +/-2% Your answer...
An equilibrium mixture contains 0.550 mol of each of the products (carbon dioxide and hydrogen gas)...
An equilibrium mixture contains 0.550 mol of each of the products (carbon dioxide and hydrogen gas) and 0.200 mol of each of the reactants (carbon monoxide and water vapor) in a 1.00 L container. CO(g)+H2O(g)−⇀↽−CO2(g)+H2(g) How many moles of carbon dioxide would have to be added at constant temperature and volume to increase the amount of carbon monoxide to 0.300 mol once equilibrium has been reestablished?
An equilibrium mixture contains 0.350 mol of each of the products (carbon dioxide and hydrogen gas)...
An equilibrium mixture contains 0.350 mol of each of the products (carbon dioxide and hydrogen gas) and 0.200 mol of each of the reactants (carbon monoxide and water vapor) in a 1.00 L container. CO(g)+H2O(g)−⇀↽−CO2(g)+H2(g) How many moles of carbon dioxide would have to be added at constant temperature and volume to increase the amount of carbon monoxide to 0.300 mol once equilibrium has been reestablished?
Unknown sample no. C Trial I Trial 2 1. Mass of 2. Mass of generator + sample before reaction () ...
help
with remaining calculations please
Unknown sample no. C Trial I Trial 2 1. Mass of 2. Mass of generator + sample before reaction () 3. Inst s approval of apparatus C. Determination of Vol ume, Temperature, and Pressure of the Carbon Dioxide Gas 1. Initial reading of volume of water in CO.-collecting graduated cylinder (mL) 2. Final reading of volume of water in CO-collecting graduated cylinder (mL) 3. Volume of CO,(g) collected (L) 4. Temperature of water C) 5....
0.4 Yco2YH2 = K (T) = 0.0247explT(K) At low to moderate pressures, the equilibrium state of...
0.4 Yco2YH2 = K (T) = 0.0247explT(K) At low to moderate pressures, the equilibrium state of the water-gas shift reversible reaction CO + H20 - CO2 + H2 is approximately described by the relation: 4020 УсоУН,0 where T is the reactor temperature, K. is the reaction equilibrium constant, and yi is mole fraction of species i in the reactor contents at equilibrium. The feed to a batch shift reactor contains 20.0 mole% CO, 10.0% CO2, 40% water, and the balance...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene, and the balance water. Composition Calculate the molar composition of this gas on both a wet and a dry basis and the ratio (mol H20/mol dry gas). Component Mole % (Wet basis) Mole % (Dry basis) Methane 81.5 90.22 Ethane 5.74 6.35 Ethylene 3.09 3.42 Water 9.66 mol H20/mol dry gas: Click if you would like to Show Work for this question: Open Show...
Problem 4.84 Combustion Mixture A gas contains 75.0 wt% methane, 10.00 wt% ethane, 5.00 wt% ethylene, and the balance water. Composition Calculate the molar composition of this gas on both a wet and a dry basis and the ratio (mol H20/mol dry gas). Component Mole % (Wet basis) Mole % (Dry basis) Methane 81.5 90.22 Ethane 5.74 6.35 Ethylene 3.09 3.42 Water 9.66 mol H20/mol dry gas: Click if you would like to Show Work for this question: Open Show...
A fuel gas that contains
mole% methane and the balance ethane is burned completely with
pure oxygen at
°C, and the products are cooled to
°C.
suppose that the combustion takes place in a constant-volume
batch reactor. Take
mol as a basis of calculation of the fuel gas charged into the
reactor and assume any percent excess oxygen,
and calculate –Q(kJ) for the cases of liquid water as
well as water vapor as products.
40.00 25.00 We were unable to...
A fuel gas that contains
mole% methane and the balance ethane is burned completely with
pure oxygen at
°C, and the products are cooled to
°C.
Suppose that the reactor is continuous. Take a basis of
calculation of
mol/s of the fuel gas, assume some value for the percent excess
oxygen fed to the reactor (the value you choose is not going to
affect the results), and calculate -Q⋅ (kW), the rate at which heat
must be transferred from the...
n-Pentane is burned with excess air in a continuous combustion chamber. Below is a skeleton flowchart. n (mol n-pentane) Combustion Chamber 100 mol Dry Product Gas (DPG) Xp (mol n-pentane / mol DPG) Xaq (mol O2/mol DPG) Xco, (mol CO2/mol DPG) XNC (mol N2 mol DPG) n (mol H2O) Excess Air n2 (mol O2) na (mol N) Air Composition Correct. 169.25 If n2 were 45.0 moles, what would be the value of n4? mol the tolerance is +/-2% Your answer...
help
with remaining calculations please
Unknown sample no. C Trial I Trial 2 1. Mass of 2. Mass of generator + sample before reaction () 3. Inst s approval of apparatus C. Determination of Vol ume, Temperature, and Pressure of the Carbon Dioxide Gas 1. Initial reading of volume of water in CO.-collecting graduated cylinder (mL) 2. Final reading of volume of water in CO-collecting graduated cylinder (mL) 3. Volume of CO,(g) collected (L) 4. Temperature of water C) 5....
0.4 Yco2YH2 = K (T) = 0.0247explT(K) At low to moderate pressures, the equilibrium state of the water-gas shift reversible reaction CO + H20 - CO2 + H2 is approximately described by the relation: 4020 УсоУН,0 where T is the reactor temperature, K. is the reaction equilibrium constant, and yi is mole fraction of species i in the reactor contents at equilibrium. The feed to a batch shift reactor contains 20.0 mole% CO, 10.0% CO2, 40% water, and the balance...
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