You can write a series of simultaneous equations, one for each type of atom. For example, in the reaction to produce water: aH2 + bO2 --> cH2O, you want to find out the coefficients a, b, and c, so you write the following equations:
For atom H: 2a = 2c
For atom O: 2b = c
Note that you only have two equations, for three unknowns. This is common in this case; after all, you won't find out, in absolute terms, how much of each reactant you need; only the relationship between them. Solving the equations, you get the relative amounts of the substances.
You can convert from grams of one substance to grams of another and vise versa, or grams to volume and vise versa, etc. Basically you can use stoicheometric calculations to convert from any known measurement of one substance to another measurement of a different substance, provided you have a chemical equation and the information needed to do so.
Systems Analysis and Design
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judment and problem solving
The cerebrum.
understand the problem decide how your going to solve the problem solve the problem look back and check
Scientiic method
Geisha C. Rebolledo G. has written: 'A study of students and teachers difficulties in stoichiometric problem solving in Venezuela'
scientific method or postulation or a theory
It is essential to use balanced equations when solving stoichiometric problems because each kind of atom has to be the same on both sides of the equation. The chemical reactions that take place are molar ratios.
Moles of unknow/moles of known
Systems Analysis and Design
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sample of problem solving
problem solving in computer sciences is used to divide a large problem into atomic steps and solving all steps hierarchically.
Holistic problem solving is solving a problem from all possible aspects. This will cover all the details of the problem and the relevant solutions.
An algorithm is a rule or procedure for solving a particular problem. We are not told what is the problem involving these 2 fractions which is to be solved.
when to use problem solving method