Limiting reagent amount estimation

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  (3) Find the limiting reagent. From the calculation above, we can claim that the limiting reagent is C3H6. The amount of limiting reagent will determine the amount of product produced and the amount of each reactant left.

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  One was with the NaHCO3 as the limiting reagent, the other was with the H2SO4 as the limiting reagent. For initial limiting reagent calculations, we came up with 4.60 g NaHCO3 and 34.2 mL H2SO4.

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  Based on the definition of limiting reagent, it is the one that is consumed completely. Then we need to figure out the molar amount for each reactant.

• Oswald Process: Find the Percent Yield

  Solution: First, we need to determine whether ammonia or oxygen is the limiting reagent. O2 is the limiting reagent. We can now based on the amount of limiting reagent O2 to determine the theoretical yield of nitric oxide.

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  27677 What is the limiting reagent? In the lab you measure 0.65 g of aluminum foil and place it in a beaker under the hood.

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  Can the percent yield be increased by increasing the amount of the limiting reagent.

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  11169 The Limiting Reagent and Percent Yield I need helping with how to determine a limiting reagent and percent yield.

• Understanding limiting reagents.

  Once you find the limiting reagent, you can calculate the final yield by using the limiting reagent as a stand. Description and explanation of required calculations are provided in 150 words.

• Chemistry: Reaction between Sodium Bicarbonate and Citric Acid

  This solution shows how to find the limiting reactant and the amount of product (and excess reagent) formed for a given chemical reaction.