The overall percent yield for the conversion of D to F in two successive reactions is to be calculated. Concept introduction: Some reactions occur in a sequence. In such type of reactions, a product of one reaction acts as a reactant for the next reaction. Hence, some substances are common to both reactions. For the stoichiometric purposes, the substance that is formed as a product and act as a reactant in the next reaction sequence is eliminated in an overall/net equation. Percent yield is defined as the amount of product obtained in a chemical reaction . To determine the percent yield of overall reaction when the yield of successive reactions is given, the yield of each reaction is written as a fraction of 1.00 and then the fraction of the first step is multiplied by the fraction of the second step. The resultant is further multiplied by 100 to obtain the overall percent yield.

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Chapter 3, Problem 3.92P

Interpretation Introduction

Interpretation:

The overall percent yield for the conversion of D to F in two successive reactions is to be calculated.

Concept introduction:

Some reactions occur in a sequence. In such type of reactions, a product of one reaction acts as a reactant for the next reaction. Hence, some substances are common to both reactions. For the stoichiometric purposes, the substance that is formed as a product and act as a reactant in the next reaction sequence is eliminated in an overall/net equation.

Percent yield is defined as the amount of product obtained in a chemical reaction. To determine the percent yield of overall reaction when the yield of successive reactions is given, the yield of each reaction is written as a fraction of 1.00 and then the fraction of the first step is multiplied by the fraction of the second step. The resultant is further multiplied by 100 to obtain the overall percent yield.

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