Under the right conditions can be converted to by the reaction:

How many grams of could be formed from a mixture of of and of ?

Question

Under the right conditions  can be converted to  by the reaction:

How many grams of  could be formed from a mixture of  of  and  of ?

Canvas Classes · Accepted Answer

🧠 Two reactants given — find the limiter first
Whenever two reactant masses are given, one will run out before the other. Compare moles divided by stoichiometric coefficient; the smaller value is the limiter. The limiter sets the product yield.

🗺️ Balance and compare

- , ratio .
- , ratio .

Smaller ratio wins:  is the limiting reagent.

Yield from :
 gives . So:

⚠️ Common mistake
Many students see "more grams of " and assume  is in excess. Wrong. Mass means nothing — moles divided by coe

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