Applied Mathematics for Electrical Engineering (3130908)

Q3 (c ( ii )) Winter-2019   State the formula for Runge-Kutta method of fourth order and use it to calculate $\mathrm{y} ( 0.2 )$ , given that ${\mathrm{y}}^{\text{'}}= \mathrm{x} + \mathrm{y} , \mathrm{y} ( 0 ) = 1$ taking $\mathrm{h}=0.1$.