Sage-Tips

What volume of ammonia is produced in the reaction N2 3H2 — 2NH3?

In the reaction, N2 + 3H2 → 2NH3 , the ratio of volumes of nitrogen, hydrogen and ammonia is 1 : 3: 2.

What is the volume of ammonia produced on reacting 10 grams of nitrogen with 10 grams of hydrogen?

Hence, 10 gram of hydrogen will have (34/6)*10 = 56.6 gram of ammonia. So, moles of ammonia will be 56.6/17 which will be 3.3 moles so the volume of ammonia is 3.3*22.4 litres = 74.5 litre of volume.

What volume of ammonia is produced from 5l of nitrogen?

Given constant temperature and pressure, which we must assume, volume is proportional to the number of moles. And thus if 5.0⋅L of dinitrogen react (with 15.0⋅L of dihydrogen), 10.0⋅L of ammonia gas will result.

What volume of ammonia is produced in the reaction?

Notice that for every 3 moles of hydrogen gas that take part in the reaction, the reaction produces 2 moles of ammonia. When the reaction takes place at constant temperature and pressure, you can say that for every 3 liters of hydrogen gas that react, the reaction produces 2 liters of ammonia.

What volume of ammonia gas NH3 in liters is produced at STP?

We know,1mol of any ideal gas at STP ( 0∘C and 1 atm ) contains 22.4L of the ideal gas. Produced ammonia is 224 L .

What is the volume of 10 mole of ammonia at STP?

Answer: Hence, 10 mol of NH3 will be produced. We know,1mol of any ideal gas at STP ( 0∘C and 1 atm ) contains 22.4L of the ideal gas. Produced ammonia is 224 L .

What is the volume of 17 g of NH3 gas at STP?

22.4L
Molar mass of NH3 is 17g. So the volume of 17g of NH3 i.e 1 mole NH3 at N.T.P. will be 22.4L.

What is the molar volume of ammonia?

The apparent molar volume & of undissociated ammonia at infinite dilution is found to be 24.85f 0.02cm3 mol-‘, and that of NH,C1 is 35.71+0.02cm3 mol-‘.

What is the volume of 6.4 g of o2?

4.8 dm ^3
If 6.4 gram of oxygen occupies volume of 4.8 dm ^3 .

What volume of gaseous ammonia is produced?

224 L
We know,1mol of any ideal gas at STP ( 0∘C and 1 atm ) contains 22.4L of the ideal gas. Produced ammonia is 224 L .

How much ammonia can be produced from 150 cm3 of hydrogen?

Calculate the volume of ammonia that can be produced from 150 cm3 of hydrogen and an excess of nitrogen. This means that 3 cm 3 of hydrogen produces 2 cm 3 of ammonia.

What is the volume of ammonia in 5 moles of hydrogen/nitrogen?

OK, so the ratio of hydrogen/nitrogen is 3/2 and 5 moles of H2 will give 5*2/3 moles of ammonia or 10/3 or 3.33 moles of ammonia. Now, there are two options. First, you an use the ideal gas law to calculate the Volume:

What happens when nitrogen gas reacts with hydrogen gas?

If you look at the stoichiometry of the reaction, you can see that 1 mole of nitrogen gas reacts with 3 moles of hydrogen gas to form 2 moles of ammonia gas. Using Le Chatelier’s principle, increasing the pressure of the system would increase yield of ammonia as there are fewer moles of gas on the right side.

What happens when 60 DM^3 H2 reacts with 60/3 N2?

60 dm^3 H2 react with 60/3 = 20 dm^3 N2. 1 dm^3 N2 and 3 dm^3 H2 produce 2 dm^3 NH3. Therefore, 20 dm^3 N2 and 60 dm^3 H2 produce 2 x 20 = 40 dm^3 NH3.