Problem solving using metric factors

Another widely used metric is the Kirton Adaption-Innovation Inventory. This is based on the Kirton Adaption-Innovation Theory, which considers that, before people can feel comfortable when tackling a problem they will differ amongst them on what structure they require and whether there is a need for a consensus on that structure. Another important factor is how important is the outcome of the problem solving, what is the reward or alternatively the punishment to be felt by the people concerned. This is called the cognitive style [C-50],... 

Use metric conversion factors to solve each of the following problems ... 

Chapter 2. Chemistry and Measurements, looks at measurement and emphasizes the need to understand numerical relationships of the metric system. Significant numbers are discussed in the determination of final answers. Prefixes from the metric system are used to write equalities and conversion factors for problem-solving strategies. Density is discussed and used as a conversion factor. 

The metric system problem, part (a), can be solved without paper and pencil— by moving the decimal point in 5.200 three places to the right. The English system conversion, part (b), requires that we remember the number of yards per mile (harder than the 1000 m/km metric conversion factor) and that we use pencil and paper or a calculator to do the arithmetic. The conversion factor 1000 is used for kilograms, kilohters, kilowatts, and any other factor involving the prefix kilo-. The English conversion factor 1760 yd/mile is not used in any other conversion. 

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