(c) From the series above, we find that the recurrence relation is C for (4) The general solution to (x? + 6)y" + 3xy = 0 converges at least on and is :) +ci( y = Co x²+ + Ci x+ x³+ x7 IV


I keep getting stuck after the reindexing, Power Series.


(c) From the series above, we find that the recurrence relation is<br>C<br>for<br>(4) The general solution to (x? + 6)y

Extracted text: (c) From the series above, we find that the recurrence relation is C for (4) The general solution to (x? + 6)y" + 3xy = 0 converges at least on and is :) +ci( y = Co x²+ + Ci x+ x³+ x7 IV
In this problem you will solve the differential equation<br>(x? + 6)y

Extracted text: In this problem you will solve the differential equation (x? + 6)y" + 3æy = 0. (1) By analyzing the singular points of the differential equation, we know that a series solution of the form y = Eo Ck ak for the differential equation will k=D0 converge at least on the interval

Jun 05, 2022
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