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Using MOSA find the polynomials that will approximate the solution to: y' =x + y, y(1)-1. y1(x) C a) y= 1/2+4x+1/2 x b) y= 1/2+x+1/2 x² c) y- 1/3+2x+1/6 x² d) y= 1/2-x+1/6 x2 У1(2) a a) 4.5 b) 1.5 c) 2.5 d) 3.5 y2(x) b a) y= 1/3-1/2x+ x2 + 1/6 x³ b) y=-1/2+x+1/2 x2 + 1/6 x° c) y=1/3-1/2x+1/6 x² + 1/3 x³ d) y=-1/3-x+1/6 x?+ 1/3 x3 y2(2) a) 4.33 b) 4.67 c) 5.33 d) 5.67 Write only the letter that corresponds to the correct answer.

Using MOSA find the polynomials that will approximate the solution to: y' =x + y, y(1)-1. y1(x) C a) y= 1/2+4x+1/2 x b) y= 1/2+x+1/2 x² c) y- 1/3+2x+1/6 x² d) y= 1/2-x+1/6 x2 У1(2) a a) 4.5 b) 1.5 c) 2.5 d) 3.5 y2(x) b a) y= 1/3-1/2x+ x2 + 1/6 x³ b) y=-1/2+x+1/2 x2 + 1/6 x° c) y=1/3-1/2x+1/6 x² + 1/3 x³ d) y=-1/3-x+1/6 x?+ 1/3 x3 y2(2) a) 4.33 b) 4.67 c) 5.33 d) 5.67 Write only the letter that corresponds to the correct answer.

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.10: Partial Fractions
Problem 17E
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Using MOSA find the polynomials that will approximate the solution to: y' = x + y, y(1)31. y1(x) a) y= 1/2+4x+1/2 x2 b) y=-1/2+x+1/2 x2 c) y= 1/3+2x+1/6 x² d) y= 1/2 x+1/6 x2 У1(2) a a) 4.5 b) 1.5 c) 2.5 d) 3.5 y2(x) a) y= 1/3-1/2x+ x2 + 1/6 x b) y=-1/2+x+1/2 x2 + 1/6 x° c) y=1/3-1/2x+1/6 x² + 1/3 x³ d) y=-1/3-x+1/6 x² + 1/3 x3 y2(2) a a) 4.33 b) 4.67 c) 5.33 d) 5.67 Write only the letter that corresponds to the correct answer.
Transcribed Image Text:Using MOSA find the polynomials that will approximate the solution to: y' = x + y, y(1)31. y1(x) a) y= 1/2+4x+1/2 x2 b) y=-1/2+x+1/2 x2 c) y= 1/3+2x+1/6 x² d) y= 1/2 x+1/6 x2 У1(2) a a) 4.5 b) 1.5 c) 2.5 d) 3.5 y2(x) a) y= 1/3-1/2x+ x2 + 1/6 x b) y=-1/2+x+1/2 x2 + 1/6 x° c) y=1/3-1/2x+1/6 x² + 1/3 x³ d) y=-1/3-x+1/6 x² + 1/3 x3 y2(2) a a) 4.33 b) 4.67 c) 5.33 d) 5.67 Write only the letter that corresponds to the correct answer.
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