Use power series to find the general solution of the given differential equation. y" - xy' + 3y = 0 Choose the correct solution below, where co and c, are arbitrary constants. 3 1 4 X' + .3 O A. y= co|1+ 2 O B. y=co1-x+x* + 3 + +X X+ 2 3 .3 + C4 x+ ,2 4 O C. y= co 1+ O D. y= Co 4 X +x' + 3 + c1 |x- O E. y = co[1. 3 2 1+ + C, (x+ 3x°) = Co X- 2 + ... 8

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ISBN:9780470458365
Author:Erwin Kreyszig
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Use power series to solve

O A. y= co |1+,2
Use power series to find the general solution of the given differential equation.
y' - xy' + 3y = 0
Choose the correct solution below, where co and c, are arbitrary constants.
3
3
O A.
y = co [1-
+
C1X
2
O B. y= Co
В.
X +
2
3
1
3
3
X.
O C. y= co1+
-x²
4
+
+
C1 X
2
8.
1
x2
4
+
1
.3
+ c x
D. y= Co
1
3
1
4
X' +
O E. y= co 1+7x
8
3
+ c, (x+ 3x°)
C1
Transcribed Image Text:O A. y= co |1+,2 Use power series to find the general solution of the given differential equation. y' - xy' + 3y = 0 Choose the correct solution below, where co and c, are arbitrary constants. 3 3 O A. y = co [1- + C1X 2 O B. y= Co В. X + 2 3 1 3 3 X. O C. y= co1+ -x² 4 + + C1 X 2 8. 1 x2 4 + 1 .3 + c x D. y= Co 1 3 1 4 X' + O E. y= co 1+7x 8 3 + c, (x+ 3x°) C1
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