In the circuit shown in Figure 1, no energy is stored at t=0+ when the source jumps from 0 to 10V. X is 15 (2 points) Determine the states of the system. (4 points) Derive thee matrix-based state equation. (4 points) Derive the output equation. Midterm Bonus: (4 Marks): Write a Python code for the state space model and plot y for Figure 1: (2 Marks) Use 'scipy.signal.lsim' function to develop the state space equations and 'matplotlib.pyplot module to plot y. (2 Marks) Use 'scipy.integrate.odeint' function to develop the state space equations and 'matplotlib.pyplot" module to plot y. R = XQ L = 0.2 H V ww C = 0.03 F Figure 1. R = 202 Activ Go to