water-gas shift membrane reactor(WGSM)
Explanation:
The major component in the processing train for fuel cells is the water-gas shift membrane reactors. Fuel cells offer a very clean and environmental source of energy production. They are usually tagged the future of energy production in the world.
- Unlike the internal combustion systems that uses fossil fuels to produce energy, the water-gas shift membrane reactor allows for the production of energy using the combination of oxygen and hydrogen in the presence of a catalyst.
- In the reactor, hydrogen gas is a able to readily diffuse out while the other components are unable to do so.
Learn more:
Burning brainly.com/question/9231468
Combustion brainly.com/question/9434360
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The ammonium ion is NH4+ which should have a molecular weight of 18g/mol. Then, the amount of ammonium ion in mol should be <span>7.65g/ (18g/mol)= 0.425 mol.
The formula for ammonium sulfate would be </span>(NH4)2SO4. For every ammonium sulfate, you need 2 ammonium ion. Then the amount of ammonium sulfate in mol should be: 0.425 mol * (1/2)= 0.2125mol
The volume of the solution would be: 0.2125mol/ (0.812 mol/liter)= 0.26169l= 261.70 ml
Where are the statements? Comment them and I'll give you the answer :)
Answer:
0.00446 grams of hydrogen are produced.
Explanation:
Atmospheric pressure at which hydrogen gas was collected = p= 742.1 mmHg
Vapor pressure of the hydrogen gas = p' = 22.4 mmHg
Pressure of the hydrogen gas = P
P = p - p' = 742.1 mmhg - 22.4 mmhg = 719.7 mmHg
719.7 mmHg =
1 atm = 760 mmHg
Volume of the hydrogen gas ,V = 57.48 mL = 0.05748 L
1 mL =0.001 L
Temperature of the hydrogen gas = T = 24°C=24+ 273 K = 297 K
Moles of hydrogen gas = n
( Ideal gas equation)
n = 0.00223 mol
Mass of 0.00223 moles of hydrogen gas:
0.00223 mol × 2 g/mol = 0.00446 g
0.00446 grams of hydrogen are produced.
Answer: B. Hydrogen Bonding
Explanation: I got it right on castle learning lol