1. (a) Describe the second order Runge-Kutta method of solving IVPS using two possile forms of Butcher's table. (b) Assuming that bị = } in the above scheme, find the solution of the following IVP at t = 1, using h = 0.3, y(0.1) =1 %3D y = 2y – t

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1. (a) Describe the second order Runge-Kutta method of solving IVPS using two possile
forms of Butcher's table.
(b) Assuming that bị = } in the above scheme, find the solution of the following IVP at
t = 1, using h = 0.3, y(0.1) = 1
y = 2y – t
Transcribed Image Text:1. (a) Describe the second order Runge-Kutta method of solving IVPS using two possile forms of Butcher's table. (b) Assuming that bị = } in the above scheme, find the solution of the following IVP at t = 1, using h = 0.3, y(0.1) = 1 y = 2y – t
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