- Actual yield
- Theoretical yield
- Mole ratio
- Excess amount
Author: ETEA MCQS.COM
No category found.
- A better balanced equation
- A faster reaction pathway
- Possible side reactions or purification issues
- A different catalyst
- should get, actually got
- actually got, should get
- start with, end with
- end with, start with
- theoretical yield
- number of side reactions
- actual yield
- cost of reactants
- Moles
- Grams (mass)
- Percentage
- Liters
- 100%
- Greater than 100%
- Less than 100%
- 0%
- The amount of limiting reactant
- The coefficients in the balanced equation
- The efficiency of the laboratory procedure
- The molar mass of the product
- Reactant consumed
- Product formed
- Catalyst used
- Energy released
- Theoretical chemistry
- Chemical manufacturing and synthesis
- Physical chemistry
- Analytical chemistry
- Impossible
- Possible and indicates a highly efficient reaction
- Possible, but suggests the product is wet or contaminated with impurities
- A common result for this type of reaction
- 75% of the limiting reactant
- 75% of the excess reactant
- 75% of the maximum possible amount of product
- 25% of the theoretical yield
- Actual yield
- Percent yield
- Experimental yield
- Theoretical yield
- Theoretical yield
- Actual yield
- Rate of reaction
- Activation energy
- speed
- reactants
- products
- inefficiency or loss
- Percent yield
- Actual yield
- Limiting reactant mass
- Stoichiometric yield
- Calculation using mole ratios
- Estimation
- Experimentation
- Guessing
- The reaction is reversible and does not go to completion
- Some product is lost during filtration or transfer
- The reactants were measured perfectly and were 100% pure
- Unwanted side reactions occur
