1. Develop a mathematical model for the circuit in the form of differential equations. 2. Find the input-out differential equation relating e o to ei(t). 3. Write the system model in state-variable form. 4. Using the developed equations and the Matlab ode45 function simulate the system for the input ei(t) = 5 V and 0 ≤ t ≤ 100 sec. Plot eo versus t. Assume that all initialconditions are zero. I need the answers for the matlab with out the laplace transformation…. I need differential eqautions!

1. Develop a mathematical model for the circuit in the form of differential equations.

2. Find the input-out differential equation relating e

o to ei(t).

3. Write the system model in state-variable form.

4. Using the developed equations and the Matlab ode45 function simulate the system for the input ei(t) = 5 V

and 0 ≤ t ≤ 100 sec. Plot eo versus t. Assume that all initialconditions are zero.

I need the answers for the matlab with out the laplace transformation….

I need differential eqautions!

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