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1 Po(x) = v2 3 P1(1) = : %3D "V 2 PĄ(2) = (3=² – 1) V P3(x) = ; (5x³ – 3r) /5 Write down the derivatives of each of those 4 functions. Yes, I'm literally asking you to just take a few derivatives. Don't make this hard. Now write each derivative in terms of the 4 polynomials. Some of them may be trivially easy to write down, like “This derivative is 0* Po(x)+0*Pi(x)+0*P2(x)+0*P3(x)."

1 Po(x) = v2 3 P1(1) = : %3D "V 2 PĄ(2) = (3=² – 1) V P3(x) = ; (5x³ – 3r) /5 Write down the derivatives of each of those 4 functions. Yes, I'm literally asking you to just take a few derivatives. Don't make this hard. Now write each derivative in terms of the 4 polynomials. Some of them may be trivially easy to write down, like “This derivative is 0* Po(x)+0*Pi(x)+0*P2(x)+0*P3(x)."

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 Po(x) = V2 3 P1(1) = x 5 P2(x) = ; (32² – 1) V 1 1 P3(x) =; (5x – 3x) Write down the derivatives of each of those 4 functions. Yes, I'm literally asking you to just take a few derivatives. Don't make this hard. Now write each derivative in terms of the 4 polynomials. Some of them may be trivially easy to write down, like “This derivative is 0* Po(x)+0*P1(x)+0* P2(x)+0*P3(x)."
Transcribed Image Text:1 Po(x) = V2 3 P1(1) = x 5 P2(x) = ; (32² – 1) V 1 1 P3(x) =; (5x – 3x) Write down the derivatives of each of those 4 functions. Yes, I'm literally asking you to just take a few derivatives. Don't make this hard. Now write each derivative in terms of the 4 polynomials. Some of them may be trivially easy to write down, like “This derivative is 0* Po(x)+0*P1(x)+0* P2(x)+0*P3(x)."
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