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Hii
Nice question
N2 + 3H2 --- 2NH3
From this equation , we can say that
1 mole of N2 reacts with 3 moles of H2
28g of N2 reacts with 6g of H2
1g of N2 reacts with 6/28 g of H2
Amount of H2 produced by 50 × 10³ g of N2 = 6/28 × 50 × 10³ g = 10.71 × 10³ g = 10.71 kg
But H2 is present in lesser amount than the required one.
So, H2 is the limiting reagent.
Now,
1 mole of H2 reacts with 2 moles of NH3
28g of H2 reacts with 34g of NH3
1g of H2 reacts with 34/28 g of NH3
Amount of NH3 produced by 10 × 10³ g of H2 = 34/28 × 10 × 10³ g = 12.14 × 10³ g = 12.14 kg
No. of moles of NH3 = given mass/ molar mass
No. of moles of NH3 = 12.14 × 10³ /17 = 0.71 × 10³ moles = 710 moles
Hope this helps you.
Nice question
N2 + 3H2 --- 2NH3
From this equation , we can say that
1 mole of N2 reacts with 3 moles of H2
28g of N2 reacts with 6g of H2
1g of N2 reacts with 6/28 g of H2
Amount of H2 produced by 50 × 10³ g of N2 = 6/28 × 50 × 10³ g = 10.71 × 10³ g = 10.71 kg
But H2 is present in lesser amount than the required one.
So, H2 is the limiting reagent.
Now,
1 mole of H2 reacts with 2 moles of NH3
28g of H2 reacts with 34g of NH3
1g of H2 reacts with 34/28 g of NH3
Amount of NH3 produced by 10 × 10³ g of H2 = 34/28 × 10 × 10³ g = 12.14 × 10³ g = 12.14 kg
No. of moles of NH3 = given mass/ molar mass
No. of moles of NH3 = 12.14 × 10³ /17 = 0.71 × 10³ moles = 710 moles
Hope this helps you.
raomehak123:
I don't understand properly but thanku soo much
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