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11) Determine a function M(x,y) such that the differential equation M(x, y)dx + (12x10y³ – 12æ"y²)dy = 0 is accuratel = 30x°yª – 44x10y³ + 10z³3 b) M(x, y) = 30x° y* – 44x1°y³ + 103³ a) M(r, y) - c) M(x, y) = 12x10y³ – 12x"y? -

11) Determine a function M(x,y) such that the differential equation M(x, y)dx + (12x10y³ – 12æ"y²)dy = 0 is accuratel = 30x°yª – 44x10y³ + 10z³3 b) M(x, y) = 30x° y* – 44x1°y³ + 103³ a) M(r, y) - c) M(x, y) = 12x10y³ – 12x"y? -

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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11) Determine a function M(x,y) such that the differential equation M(x, y)dx + (12æ®y³ – 12æ"y²)dy = 0 is accuratel a) M(x, y) = 30x°y* – 44x°y³ + 10x² = 30x°y* – 44x1ºy³ + 103 %3| - b) M(r, y) c) M(x, y) = 12æ1°y³ – 12x11y²
Transcribed Image Text:11) Determine a function M(x,y) such that the differential equation M(x, y)dx + (12æ®y³ – 12æ"y²)dy = 0 is accuratel a) M(x, y) = 30x°y* – 44x°y³ + 10x² = 30x°y* – 44x1ºy³ + 103 %3| - b) M(r, y) c) M(x, y) = 12æ1°y³ – 12x11y²
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