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5- in the differential equation en x = 0 is a) Normal point the ation the x*(x − 3) ý + (3x +2)ý+x* y= 0 b) single irregular points d) Not among the options listed here ferential equation c) single regular point

5- in the differential equation en x = 0 is a) Normal point the ation the x*(x − 3) ý + (3x +2)ý+x* y= 0 b) single irregular points d) Not among the options listed here ferential equation c) single regular point

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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5- in the differential equation x*(x − 3) ý + (3x + 2)ý +x* y = 0 Then x = 0 is a) Normal point b) single irregular points c) single regular point d) Not among the options listed here 6-the general solution to the differential equation using the Frobenius method when c = -2 (x−2)ý+3ỷ-xy=0,is x5/2 x7/2 a) ao 1 00 ( 24/²_x3/1² + 12/20 - 1²/2² + ----) .) b) α₁ ( x ² + 2 + == - + BEE... 3! 5! 7! 2! 4! c) Not among the options listed here
Transcribed Image Text:5- in the differential equation x*(x − 3) ý + (3x + 2)ý +x* y = 0 Then x = 0 is a) Normal point b) single irregular points c) single regular point d) Not among the options listed here 6-the general solution to the differential equation using the Frobenius method when c = -2 (x−2)ý+3ỷ-xy=0,is x5/2 x7/2 a) ao 1 00 ( 24/²_x3/1² + 12/20 - 1²/2² + ----) .) b) α₁ ( x ² + 2 + == - + BEE... 3! 5! 7! 2! 4! c) Not among the options listed here
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