1.) Given xy^''+2y^'-y=0 solve by the method of Frobenius when r=1 and conclude whether r=1 is correct value or can be used to solve the differential equation.After identifying the first three terms, which will become the leader of the REMAINING SERIES?Show how the 2 other series will become a member of the REMAINING SERIESCalculate the RECURRENCE FORMULA: the values of a3, a4, & a5Conclusion: Is the proper value obtained from the indicial equation? Yes or no, briefly explain. 1.) Given xy" + 2y' – y = 0 solve by the method of Frobenius when ris correct value or can be used to solve the differential equation.1 and conclude whether r = 1After identifying the first three terms, which will become the leader of the REMAINING SERIES?Show how the 2 other series will become a member of the REMAINING SERIESCalculate the RECURRENCE FORMULA: the values of az, a4&a5Conclusion: Is n = 1, the proper value obtained from the indicial equation?Yes or no, briefly explain.

given equation xy''+2y'-y=0 ...i claim- to solve by using method of frobenius when r=1 and…

value or can be used to solve the differential equation. After identifying the first three terms, which will become the leader of the REMAINING SERIES? Show how the 2 other series will become a member of the REMAINING SERIES Calculate the RECURRENCE FORMULA: the values of a3, a4, & a5 Conclusion: Is the proper value obtained from the indicial equation? Yes or no, briefly explain.

value or can be used to solve the differential equation. After identifying the first three terms, which will become the leader of the REMAINING SERIES? Show how the 2 other series will become a member of the REMAINING SERIES Calculate the RECURRENCE FORMULA: the values of a3, a4, & a5 Conclusion: Is the proper value obtained from the indicial equation? Yes or no, briefly explain.

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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1.) Given xy^''+2y^'-y=0 solve by the method of Frobenius when r=1 and conclude whether r=1 is correct value or can be used to solve the differential equation.

After identifying the first three terms, which will become the leader of the REMAINING SERIES?
Show how the 2 other series will become a member of the REMAINING SERIES
Calculate the RECURRENCE FORMULA: the values of a3, a4, & a5
Conclusion: Is the proper value obtained from the indicial equation? Yes or no, briefly explain.

1.) Given xy" + 2y' – y = 0 solve by the method of Frobenius when r
is correct value or can be used to solve the differential equation.
1 and conclude whether r = 1
After identifying the first three terms, which will become the leader of the REMAINING SERIES?
Show how the 2 other series will become a member of the REMAINING SERIES
Calculate the RECURRENCE FORMULA: the values of az, a4&a5
Conclusion: Is n = 1, the proper value obtained from the indicial equation?
Yes or no, briefly explain.

With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.

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