1) Show that the general solution of the Airg equation is for 1x12.00 :) For the...

 

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1) Show that the general solution of the Airg equation is for 1x12.00 :) For the initial value problem y'=xg²_y, ylw= 0·5₂ determine y(1.0) using the four the order Runge- katta method with h = 0.5 3) A uniform beam of length L is lifted from its right Support and then dropped. The beam rotates about its left end. At time to the right end of the beam hits the right support with Velocity Vs, and the right end is held fonstant in Contact with the right support for t>o. Determine the response of the beam for time to below. 4 Consider the electric circuit shown in the fallin Derived the differential equations governing c(t) and i(t) for t>o + Te EVCH velocity Vo Uc HE min the H)(E) 1) Show that the general solution of the Airg equation is for 1x12.00 :) For the initial value problem y'=xg²_y, ylw= 0·5₂ determine y(1.0) using the four the order Runge- katta method with h = 0.5 3) A uniform beam of length L is lifted from its right Support and then dropped. The beam rotates about its left end. At time to the right end of the beam hits the right support with Velocity Vs, and the right end is held fonstant in Contact with the right support for t>o. Determine the response of the beam for time to below. 4 Consider the electric circuit shown in the fallin Derived the differential equations governing c(t) and i(t) for t>o + Te EVCH velocity Vo Uc HE min the H)(E)

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1 Solution The fourthorder RungeKutta method can be used to solve the initial value problem The general solution of the Airg equation yxgy is given by ... View the full answer