portal.bartleby.com 4/6 <> >> 67 % 65 min 52 secs Consider the differential equation: (z' cos y)dy+(x+3x sin y)dx=0. (a) Show that this differential equation is not exact. (b) Show that µ(x)=13/x is an integrating factor for this equation. (c) Find the general solution of this differential equation BIUG G G

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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider the differential equation: (x cos y)dy+(x+3x³ sin y)dx=0.
(a) Show that this differential equation is not exact.
(b) Show that µ(x)=13/x is an integrating factor for this equation.
(c) Find the general solution of this differential equation
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Transcribed Image Text:b bartleby Portal +. < > C portal.bartleby.com <4/6 > > 67 % 65 min 52 secs Consider the differential equation: (x cos y)dy+(x+3x³ sin y)dx=0. (a) Show that this differential equation is not exact. (b) Show that µ(x)=13/x is an integrating factor for this equation. (c) Find the general solution of this differential equation BIUGG m 三三三 Next ProP Type here to search 32°C ENG
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