Limiting Reagent Problems

Related BrainMass Solutions

• 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.

• Limiting reagent amount estimation

  reagent Problem helps stepwise determining and then calculating amount using limiting reagent

• Chemical Reactions and Stoichiometry Problems

  In this case, MnO2 should not be the limiting reagent since 1.3(KOH)<0.8*(4/2)=1.6 (required for complete reaction of MnO2). Therefore, KOH is the limiting reagent. 2.

• Calculating Percent Yield

  Now that you know the moles, you need to know the limiting reagent.

• Air Bag Experiment

  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.

• Redox, Oxidation Numbers, Limiting Reagent, Yield Problems

  148237 Redox Reactions, Oxidation Numbers, Limiting Reagent and Yield Problems 1.

• % yield, molarity, concetration, mole and limiting reagent.

  60460 % yield, molarity, concetration, mole and limiting reagent. Concetration, molarity, mole, volume, limiting reagent, % yield, theoretical yield and actual yield. See the attachment.

• Reaction between acrylonitrile, propylene, ammonia, and oxygen

  (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.

• 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.