Figure 1 shows a simple RLC circuit with impressed voltage having resistance R, inductance L, and capacitance C in parallel. The input current i satisfies Eq. (2), below. dt dt R dt L 1.7 H, and the voltage is given by (t) = e-0.06mgin (2t Suppose C = 0.3 F,R = 1.4 , ) Write a MATLAB function to compute the current at any given time using Euler's Method. HINT: The function should take the INPUTs of the algorithm as parameter inputs and return the OUTPUT of the algorithm. a sWethed econd finscntt time using the Molified Ealeri c. Apply the functions created above to the following test cases and discuss the results Figure 1 shows a simple RLC circuit with impressed voltage having resistance R, inductance L, and capacitance C in parallel. The input current i satisfies Eq. (2), below. dt dt R dt L 1.7 H, and the voltage is given by (t) = e-0.06mgin (2t Suppose C = 0.3 F,R = 1.4 , ) Write a MATLAB function to compute the current at any given time using Euler's Method. HINT: The function should take the INPUTs of the algorithm as parameter inputs and return the OUTPUT of the algorithm. a sWethed econd finscntt time using the Molified Ealeri c. Apply the functions created above to the following test cases and discuss the results