Ex-experiment 0.3 mol Fe₂O3was heated with 1.20 mol co to giveFe. Ac

1.	Ex-experiment 0.3 mol Fe₂O3was heated with 1.20 mol co to giveFe. According to reaction.Fe₂O3 +3 co---->Fe +3C02What is limitingg reactant andtheoreitical field of fe.
Answer» Answer: Based on the GIVEN equation it is clear that 1 MOLE of Fe2O3 i.e ferric oxide is reduced by 3 carbon monoxide. Explanation: 1 mole of any COMPOUND occupies 22.4l of volume. So, the volume of carbon monoxide required to reduce one mole of ferric oxide is =3×224.4dm 3 =67.2dm 3 . Hence, OPTION C is CORRECT.

Ex-experiment 0.3 mol Fe₂O3was heated with 1.20 mol co to giveFe. According to reaction.Fe₂O3 +3 co---->Fe +3C02What is limitingg reactant andtheoreitical field of fe.

Answer»

Answer:

Based on the GIVEN equation it is clear that 1 MOLE of Fe2O3

i.e ferric oxide is reduced by 3 carbon monoxide.

Explanation:

1 mole of any COMPOUND occupies 22.4l of volume.

So, the volume of carbon monoxide required to reduce one mole of ferric oxide is =3×224.4dm

=67.2dm

Hence, OPTION C is CORRECT.