To find the canonical form of the PDE Uxx+ x2 Uyy+2u,=0, we will choose XX { n=5 = y, and O b. x2 §= y, and n= 2 Oc. =y, and n=x Od. x2 {= y, and n= 4 O e. = , and n=x O f =x, and n=y g. and n=x O h. y? - and n=Dx %D 4

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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To find the canonical form of the PDE
Uxx+ x uy+2u,=0, we will choose
XX
O a.
{ =y, and n=
2
O b.
{= y, and n= -
2
Oc =y, and n=x
O d.
{= y, and n=
4
O e.
and n=x
Of. =x, and n=y
g.
E = , and n=x
21
O h.
= , and n=X
4
%3D
us
Transcribed Image Text:To find the canonical form of the PDE Uxx+ x uy+2u,=0, we will choose XX O a. { =y, and n= 2 O b. {= y, and n= - 2 Oc =y, and n=x O d. {= y, and n= 4 O e. and n=x Of. =x, and n=y g. E = , and n=x 21 O h. = , and n=X 4 %3D us
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