Problem: Consider the following initial value problem: x²y" + xy + x²y = 0 with y(0) = 1 and y'(0) = 0. The center of the power series is x = 0. Steps 1. Use the initial conditions to find ao and a, by hand (the first two coefficients of the series solution). Print out ao and a₁ in Python. 1 2. Use the series assumption to plug in the equation and find the recurrence equation by hand. Print the recurrence equation in Python. 3. By the recurrence equation and the values of ao and a₁, use a loop argument in Python to find a2,..., a10. Print your answer in Python. 4. Can you find the general formula for an by hand? Print out your answer in Python.

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
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Author:Bruce Crauder, Benny Evans, Alan Noell
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Section2.1: Tables And Trends
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Please do parts 1, 2, and 4 please. Please ignore the “print in python” directions and just solve by hand each part
Series Solution
Suppose we are given the initial value problem:
a2(x)y" + a₁(x)y' + ao(x)y=0
with y(ro) = a and y'(xo) = ß. We assume the solution can be written in the power series
form
y = Σan(x-xo)".
By the formula an = ((o) and the initial conditions, we may find the values of the starting
coefficients. By plugging the series expansion back in the equation, we may find a recurrence
equation for the {an}. Based on these, we may find a solution y in the series form.
Problem:
8
n=0
Consider the following initial value problem:
x²y + xy + x²y = 0
with y(0) = 1 and y'(0) = 0. The center of the power series is o = 0.
Steps
1. Use the initial conditions to find ao and a₁ by hand (the first two coefficients of the
series solution). Print out ao and a, in Python.
1
2. Use the series assumption to plug in the equation and find the recurrence equation by
hand. Print the recurrence equation in Python.
3. By the recurrence equation and the values of ao and a₁, use a loop argument in Python
to find a2,..., a10. Print your answer in Python.
4. Can you find the general formula for an by hand? Print out your answer in Python. €
00
Transcribed Image Text:Series Solution Suppose we are given the initial value problem: a2(x)y" + a₁(x)y' + ao(x)y=0 with y(ro) = a and y'(xo) = ß. We assume the solution can be written in the power series form y = Σan(x-xo)". By the formula an = ((o) and the initial conditions, we may find the values of the starting coefficients. By plugging the series expansion back in the equation, we may find a recurrence equation for the {an}. Based on these, we may find a solution y in the series form. Problem: 8 n=0 Consider the following initial value problem: x²y + xy + x²y = 0 with y(0) = 1 and y'(0) = 0. The center of the power series is o = 0. Steps 1. Use the initial conditions to find ao and a₁ by hand (the first two coefficients of the series solution). Print out ao and a, in Python. 1 2. Use the series assumption to plug in the equation and find the recurrence equation by hand. Print the recurrence equation in Python. 3. By the recurrence equation and the values of ao and a₁, use a loop argument in Python to find a2,..., a10. Print your answer in Python. 4. Can you find the general formula for an by hand? Print out your answer in Python. € 00
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