y' - 4x?y = 0, y(0) = 5. Note: y = y(x) and y' dy dx With respect to the above IVP, find the 10th order power series approximation of y(1.1). Do the calculation to at least the nearest thousandth (3 decimal places). In the answer box put the approximation of y(1.1). Note. To approximate y(x) as a 10th order power series, you have to find the power series solution for y(x) up to the X term. Do not calculate the entire power series!

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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y' - 4x²y = 0, v(0) = 5. Note: y =
y(x) and y'
dy
%3D
dx
With respect to the above IVP, find the 10th order power series approximation of y(1.1).
Do the calculation to at least the nearest thousandth (3 decimal places).
In the answer box put the approximation of y(1.1).
Note. To approximate y(x) as a 10th order power series, you have to find the power series solution for y(x) up to
the X term. Do not calculate the entire power series!
Transcribed Image Text:y' - 4x²y = 0, v(0) = 5. Note: y = y(x) and y' dy %3D dx With respect to the above IVP, find the 10th order power series approximation of y(1.1). Do the calculation to at least the nearest thousandth (3 decimal places). In the answer box put the approximation of y(1.1). Note. To approximate y(x) as a 10th order power series, you have to find the power series solution for y(x) up to the X term. Do not calculate the entire power series!
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