The solution of PDE, d²u ax d²u d'u -2. + -= cos(2x+3y) is oxdy dy (A) z=0(y-x)+ xy(y-x)- cos (2x+3y) (B) z=0(y+x)+xy(y+x)+cos (2x+3y) (C) z=0(y+x)+xy(y+x) −cos (2x+3y) (D) z = (y+x) + y(y-x)—cos (2x+3y)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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The solution of PDE,
d²u
du du
2.
+ = cos(2x+3y) is
excy dy
(A) z = 0(y-x)+ xy(y-x)- cos(2x+3y)
(B) z=0(y+x)+xy(y+x)+cos (2x+3y)
(C) z=0(y+x)+xy(y+x)= cos(2x+3y)
(D) z = (y+x)+ y(y=x)-cos(2x+3y)
Transcribed Image Text:The solution of PDE, d²u du du 2. + = cos(2x+3y) is excy dy (A) z = 0(y-x)+ xy(y-x)- cos(2x+3y) (B) z=0(y+x)+xy(y+x)+cos (2x+3y) (C) z=0(y+x)+xy(y+x)= cos(2x+3y) (D) z = (y+x)+ y(y=x)-cos(2x+3y)
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