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gibson:teaching:fall-2013:math445:lab3 [2013/09/09 18:18] gibson |
gibson:teaching:fall-2013:math445:lab3 [2013/09/16 18:23] (current) gibson [Math 445 Lab 3: Sorting, Interest, Exponentials, and Limits] |
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| - | ===== Math 445 Lab 3: Sorting, Interest, Exponentials, and Limits ===== | + | ===== Math 445 Lab 3: Interest, Exponentials, and Limits ===== |
| Time Estimate: 4-6 hours. | Time Estimate: 4-6 hours. | ||
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| Note the ''log'' function in matlab is the natural logarithm. How would you | Note the ''log'' function in matlab is the natural logarithm. How would you | ||
| calculate $\log_{10}$ , $\log_2$ , or $\log_5$? | calculate $\log_{10}$ , $\log_2$ , or $\log_5$? | ||
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| - | ==== Problem 8==== | ||
| - | Write a function ''mysort.m'' that will take in a vector of any size and sort | ||
| - | it from least to greatest. Use the strategy of comparing neighbors and swapping | ||
| - | them if necessary. If this process is done throughout the entire vector | ||
| - | repeatedly enough times, it will work. Rewrite your code so that it does not | ||
| - | go through the matrix too many time using first the commands ''if, break'' and | ||
| - | then by switching the outer loop to use a ''while'' command. | ||
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