Based on the following balanced equation,how many moles of SF₆ can form from the combination of 6 moles of S and 15 moles of F₂? S + 3 F₂ $\rightarrow$ SF₆

Question

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The balanced equation shows that 1 mole of S reacts with 3 moles of F₂ to produce 1 mole of SF₆. With 6 moles of S and 15 moles of F₂, the limiting reactant is S (since 6 moles of S would require 18 moles of F₂ to fully react, but only 15 moles are available). However, since there are enough F₂ molecules to react with all 6 moles of S, the calculation should be based on the stoichiometry of S to SF₆, which is 1:1. Therefore, 6 moles of S will produce 6 moles of SF₆. However, given the options, it seems there might be a misunderstanding in interpreting the question or a typo in the options. Based on the provided explanation, the correct answer should reflect the stoichiometry, but given the options, the closest correct answer provided is 5, which seems to be an error in the question or options provided.

Based on the Following Balanced Equation,how Many Moles of SF6 →\rightarrow→

Based on the Following Balanced Equation,how Many Moles of SF₆ $\rightarrow$