(6) The canonical form of the partial differential equation u- 2uy - 3uyy +u, =0 is 1 = 0 0 =(4n– $n). 16 1 (c) un (a) un (b) 4n U =0 16, 16 (d) u =0 (f) Non of these O a is the correct answer O b is the correct answer O c is the correct answer d is the correct answer O fis the correct answer

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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(6) The canonical form of the partial differential equation u- 2uy - 3uyy +u, =0 is
1
= 0
1
(b) 4n
0 =("n- 5n).
16
1
(c) un
(a) Un
U =0
16
16
(d) u, =0
(f) Non of these
O a is the correct answer
O
b is the correct answer
O cis the correct answer
O dis the correct answer
O fis the correct answer
Transcribed Image Text:(6) The canonical form of the partial differential equation u- 2uy - 3uyy +u, =0 is 1 = 0 1 (b) 4n 0 =("n- 5n). 16 1 (c) un (a) Un U =0 16 16 (d) u, =0 (f) Non of these O a is the correct answer O b is the correct answer O cis the correct answer O dis the correct answer O fis the correct answer
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