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Question

The diagram below represents the reaction: X_{2} + 3 Y_{2} → 2 XY_{3}.Determine the number of moles of product that can form from (i) 2.0 mol X_{2} and (ii) 2.0 mol Y_{2}.

Accepted Answer

(i) 4.0 mol XY_{3}(ii) 1.3 mol XY_{3}

Answer

(i) 2.0 mol XY_{3}(ii) 0.67 mol XY_{3}

Answer

(i) 2.0 mol XY_{3}(ii) 2.0 mol XY_{3}

Answer

(i) 2.0 mol XY_{3}(ii) 4.0 mol XY_{3}

The diagram below represents the reaction: X2 + 3 Y2 → 2 XY3.Determine the number of moles of product that can form from (i) 2.0 mol X2 and (ii) 2.0 mol Y2.

The diagram below represents the reaction: X₂ + 3 Y₂ → 2 XY₃.

Determine the number of moles of product that can form from (i) 2.0 mol X₂ and (ii) 2.0 mol Y₂.