Mole ConceptMedium
Question
In the reaction, 4A + 2B + 3C → A4B2C3, whatwill be the number of moles of product formed, starting from 1 mol of A, 0.6 mol of B and 0.72 mol of C ?
Options
A.0.25
B.0.3
C.0.24
D.2.32
Solution
4A + 2B + 3C → A4B2C3
1 mol 0.6 mol 0.72 mol 4A + 2B + 3C → A4B2C3
1 mol 0.6 mol 0.72 mol
In the present case, reactant ′C′ will be the limiting reactant because it will give least amount of product on being completely consumed.
∵ 3 mol C gives 1 mol product,
∴ 0.72 mol ′C′ will give 0.24 mol of product.
1 mol 0.6 mol 0.72 mol 4A + 2B + 3C → A4B2C3
1 mol 0.6 mol 0.72 mol
In the present case, reactant ′C′ will be the limiting reactant because it will give least amount of product on being completely consumed.
∵ 3 mol C gives 1 mol product,
∴ 0.72 mol ′C′ will give 0.24 mol of product.
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