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Unformatted text preview: resistors we manufactured. Set up the format for a histogram of the data. number_of_bins := 20 4 D o width_of_bins := number_of_bins j := 1 .. number_of_bins + 1 Define a vector with the start and end points of bin j := m -2 D o + width_of_bins j the bins. rel_freq := hist( bin , R) Compute the relative frequency distribution n over interval. bin_center := bin + 0.5 width_of_bins 2 Simulation Results for the Resistors m D o -m D o + L (y) 1 A o rel_freq 0.5 90 95 100 105 110 115 y , bin_center 1 Average_quality_loss n := L ( R i ) = n i 1 Average_quality_loss = 0.845 in cents How does this compare to the theoretically derived figure? m + 2 D o Ø Œ -(y-m ) 2 ø œ k 1 (y -m) 2 Œ Œ 1 e 2 s 2 œ œ dy = 0.903 in cents º s 2 p ß ı m-2 D o 3...
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- Fall '03
- Frequency, Resistor, Frequency distribution, Loss function