Develop a system of linear equations that may be solved to find at each node. y A bungee jumper’s free-fall position and velocity from rest can be modeled through a system of ODEs: For = 9.81 m/s2, = 0.25 kg/m, = 68.1 kg, = 2s, complete two iterations of this g cd m h system of ODEs to find the jumper’s positions and velocity at = 4s. Use any t method you find appropriate.
Develop a system of linear equations that may be solved to find y at each node. A bungee jumper’s free-fall position and velocity from rest can be modeled through a system of ODEs: For g = 9.81 m/s2, cd = 0.25 kg/m, m = 68.1 kg, h = 2s, complete two iterations of this system of ODEs to find the jumper’s positions and velocity at t = 4s. Use any method you find appropriate.
CH_E_310_Clapp_mwthomps_ChE_310_SI_Final_Exam_Review.docx