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4) Liquid mercury (r=13.56gHg/mLHg) reacts with oxygen gas to form a solid mercury (II) oxide. a. Write the balanced chemical equation for this reaction b.

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4) Liquid mercury (r=13.56gHg/mLHg) reacts with oxygen gas to form a solid mercury (II) oxide. a. Write the balanced chemical equation for this reaction b. If 1.467cm3 of mercury react with 5.00g of oxygen, what is the theoretical yield, in grams? c. What is in excess? How much excess is remaining? d. If 5.03g of product is formed, what is the percent yield

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