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1. The following data represent the bacterial growth in a liquid culture over of number of days: Day Amount x 106 0 67.38 74.64 8 82.74 12 150.62 16 229.83 20 240.64 Use Newton's interpolating polynomial to determine the amount of bacterial growth at t = 10 days. (Use all points and find 5th order polynomial)

1. The following data represent the bacterial growth in a liquid culture over of number of days: Day Amount x 106 0 67.38 74.64 8 82.74 12 150.62 16 229.83 20 240.64 Use Newton's interpolating polynomial to determine the amount of bacterial growth at t = 10 days. (Use all points and find 5th order polynomial)

Advanced Engineering Mathematics
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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1. The following data represent the bacterial growth in a liquid culture over of number of days: Day Amount x 106 0 67.38 74.64 8 82.74 12 150.62 16 229.83 20 240.64 Use Newton's interpolating polynomial to determine the amount of bacterial growth at t = 10 days. (Use all points and find 5th order polynomial)
Transcribed Image Text:1. The following data represent the bacterial growth in a liquid culture over of number of days: Day Amount x 106 0 67.38 74.64 8 82.74 12 150.62 16 229.83 20 240.64 Use Newton's interpolating polynomial to determine the amount of bacterial growth at t = 10 days. (Use all points and find 5th order polynomial)
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