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dx + Px = Q where P and Q are dy A first order differential equation of the form functions of y means, what is the general solution? a) y. (1F)= [(Q×IF) dx + C b) x. (I.F) = [(Qx I.F) dy + C c) y. (I.F) = [(PxI.F) dy + C d) x. (I.F) = [(PXIF)dy+C

dx + Px = Q where P and Q are dy A first order differential equation of the form functions of y means, what is the general solution? a) y. (1F)= [(Q×IF) dx + C b) x. (I.F) = [(Qx I.F) dy + C c) y. (I.F) = [(PxI.F) dy + C d) x. (I.F) = [(PXIF)dy+C

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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dx + Px = Q where P and Q are dy A first order differential equation of the form functions of y means, what is the general solution? a) y. (I.F) = [(Q×IF) dx + C b) x. (1.F)= [(Q× I.F) dy + C c) y. (1.F) = [(P×I.F) dy+C d) x. (1.F)= [(P×IF) dy+C
Transcribed Image Text:dx + Px = Q where P and Q are dy A first order differential equation of the form functions of y means, what is the general solution? a) y. (I.F) = [(Q×IF) dx + C b) x. (1.F)= [(Q× I.F) dy + C c) y. (1.F) = [(P×I.F) dy+C d) x. (1.F)= [(P×IF) dy+C
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