Mole method

A f28a C2F6, kcal/mole Method Reference... 

For each mole of C burned, one mole of CO2 is formed. From the fuel analysis used there are 110.6 moles C per 100 moles of fuel, and there are also 110.6 moles of COi formed from the 110.6 moles C in the fuel. From the flue gas analysis, there are 100/10.4 = 9.62 moles of dry flue gas per mole of C02. The 100 moles of fuel will then yield 110.6 x 9.62 = 1,064 moles of dry flue gas. By the application of the mole method, an important value has been quickly determined through knowing only the flue gas analysis and the fuel analysis. 

Mole Method As in Chapter 2, the symbol n(X) will be used to refer to the number of moles of substance whose formula is X and m(X) will denote the mass of substance X. Let s consider 1000 g Na2C03. 

The mole method and the factor-label method are the simplest routes to the solution of this problem. In neither case is it necessary to find the masses of the intermediate products. 

The Mole Method and Molarity 11-4 Equivalent Weights and Normality... 

Use the mole method and molarity in acid-base titration reactions... 

Any calculation that can be carried out with equivalent weights and normality can also be done by the mole method using molarity. The methods of this section are widely used, however, in health-related fields and in many industrial laboratories. 

Whether the units given for reactants (or products) are moles, grams, liters (for gases), or some other units, we use moles to calculate the amount of product formed in a reaction. This approach is called the mole method, which means simply that the stoichiometric coefficients in a chemical equation can be interpreted as the number of moles of each substance. For example, the combustion of carbon monoxide in air produces carbon dioxide ... 

FIGURE 3.7 Three types of stoichiometric calculations based on the mole method. 

Mole method, p. 89 Molecular mass, p. 74 Percent composition by mass, p. 77... 

Describe the steps involved in the mole method. Problems... 

Redox titrations require the same type of calculations (based on the mole method) as acid-base neutralizations. The difference is that the equations and the stoichiometry tend to be more complex for redox reactions. The following is an example of a redox titration. 

Mole method. An approach for determining the amount of product formed in a reaction. (3.8)... 

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