Q.6 d'x dr Prove that the Euler equation possess regular singular (t - 3)+ 2(x - 3)+ 4x =0.. (8) di ® Find the regular singular points of the differential equation (1+2)°(t – 1): +3(1– 1)+ 2y =0..(9)

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Q.6
Prove that the Euler equation possess regular singular (t – 3)+ 2(x– 3) + 4x =0.
d'x
dx
1-3)"
dr
(8)
di
® Find the regular singular points of the differential equation (1 + 2)*(1– 1)+ 3( – 1) + 2y =0....(9)
dt
Transcribed Image Text:Q.6 Prove that the Euler equation possess regular singular (t – 3)+ 2(x– 3) + 4x =0. d'x dx 1-3)" dr (8) di ® Find the regular singular points of the differential equation (1 + 2)*(1– 1)+ 3( – 1) + 2y =0....(9) dt
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