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Unformatted text preview: 7053.57 8.28x105 943.42 0.4671 8074.51 1.85x105 Fit a polynomial (you choose the appropriate order) to the temperaturealtitude data, plot the result, and then use this polynomial to predict the density of air at any altitude (Hint, you will have to perform an integral try using the MATLAB trapezoidal integration function "trapz".) Compare the predicted density based on your model to that in the table for an altitude of 5, 10, 20, 40, and 80 km. SOLUTIONS Prof. Cappelli Winter 200809 SOLUTIONS Prof. Cappelli Winter 200809 SOLUTIONS Prof. Cappelli Winter 200809 SOLUTIONS Prof. Cappelli Winter 200809 SOLUTIONS Prof. Cappelli Winter 200809 Supplemental Problem SOLUTIONS Prof. Cappelli Winter 200809...
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This note was uploaded on 08/01/2009 for the course ME 70 taught by Professor Cappelli,m during the Winter '08 term at Stanford.
 Winter '08
 Cappelli,M

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