Table of Reagents and Product Yield calculation (Show full calculations, including units in the equations, and paying close attention to the significant figures) Moles of 1,4-dimethoxybenzene: 0.120g138.16g1Imol=0.000669 moles Moles of tert-butyl alcohol: 0.2000%10200.7757.1291mol=0.00209rrides Determine the limiting reactant (pay attention to the non-1:1 stoichiometry!): The theoretical yield (g) : % yield: Discussion: Discuss the efficiency of your experiment based on the \% yield. Assess the purity of your product based on the melting point. Table of Reagents and Product Yield calculation (Show full calculations, including units in the equations, and paying close attention to the significant figures) Moles of 1,4-dimethoxybenzene: 0.120g138.16g1Imol=0.000669 moles Moles of tert-butyl alcohol: 0.2000%10200.7757.1291mol=0.00209rrides Determine the limiting reactant (pay attention to the non-1:1 stoichiometry!): The theoretical yield (g) : % yield: Discussion: Discuss the efficiency of your experiment based on the \% yield. Assess the purity of your product based on the melting point