Engineering application (Individual assignment) The experimental data points on transistor gain (Y) given by Table 1. $1 (drive-in time, minutes) $2 (dose, 10“ ions) Observation Y (transistor gain) 195 4.00 1004 2 255 4.00 1636 3 195 4.60 852 4 255 4.60 1506 225 4.20 1272 6. 225 4.10 1270 225 4.60 1269 8. 195 4.30 903 9 255 4.30 1555 10 225 4.00 1260 Determine the least-squares fit of this function to the data.
Engineering application (Individual assignment) The experimental data points on transistor gain (Y) given by Table 1. $1 (drive-in time, minutes) $2 (dose, 10“ ions) Observation Y (transistor gain) 195 4.00 1004 2 255 4.00 1636 3 195 4.60 852 4 255 4.60 1506 225 4.20 1272 6. 225 4.10 1270 225 4.60 1269 8. 195 4.30 903 9 255 4.30 1555 10 225 4.00 1260 Determine the least-squares fit of this function to the data.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:Engineering application
(Individual assignment)
The experimental data points on transistor gain (Y) given by Table 1.
Observation
$1 (drive-in time, minutes)
$2 (dose, 10“ ions)
Y (transistor gain)
1
195
4.00
1004
2
255
4.00
1636
195
4.60
852
255
4.60
1506
225
4.20
1272
6
225
4.10
1270
225
4.60
1269
8.
195
4.30
903
9.
255
4.30
1555
10
225
4.00
1260
Determine the least-squares fit of this function to the data.
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