In an industrial process, chemical substance P and Q are being mixed in order to produce a mixture. Substance P has been fixed to 500kg while substance is defined as variable. After the process finished, wastage of substance P recorded in the table below; substance P 500 500 500 500 substance Q 250 280 320 350 341 293 253 wastage, kg 373 By using Lagrange interpolation, approximate the wastage of substance P when 300kg of Substance Q used in the process. [Use 1 decimal place in this calculation.]

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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QUESTION 1
In an industrial process, chemical substance P and Q are being mixed in order
to produce a mixture. Substance P has been fixed to 500kg while substance
is defined as variable. After the process finished, wastage of substance P
recorded in the table below;
substance P
500 500 500 500
substance Q 250 280 320 350
wastage, kg
373 341 293 253
By using Lagrange interpolation, approximate the wastage of substance P
when 300kg of Substance Q used in the process. [Use 1 decimal place in this
calculation.]
Transcribed Image Text:QUESTION 1 In an industrial process, chemical substance P and Q are being mixed in order to produce a mixture. Substance P has been fixed to 500kg while substance is defined as variable. After the process finished, wastage of substance P recorded in the table below; substance P 500 500 500 500 substance Q 250 280 320 350 wastage, kg 373 341 293 253 By using Lagrange interpolation, approximate the wastage of substance P when 300kg of Substance Q used in the process. [Use 1 decimal place in this calculation.]
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