NEED MATLAB CODE FOR CIRCUIT STEP BY STEP PLEASE $,$ INCLUDED SCRIPT TO MAKE EASIER FOR YOU, LOOK AT PICTUCE FOR STEPS WILL THUMBS UP FAST $1$a$)$For construct the transfer function H using symbolic math. $1$b$)$ Construct the input voltage $.$Step function can be defined as heaviside$($t$)$in MATLAB where t is a symbolic variable. Use fourier$()$function to determine the input voltage Fourier transform and store the result in Vin$1\_$w$.1$c$)$Find the circuit output in the frequency domain and assign to variable Vout$1\_$w$.$Use simplify$()$to simplify the output expression. $1$d$)$Use ifourier$()$to determine the output in time domain and assign to variable Vout$1\_$t$.$By default, the independent variable for ifourier$()$is w and the output variable is x$.$To change the output variable to t$,$the command is ifourier$($Vout$1\_$w$,$w$,$t$).$simplify$()$ provides a more readable result. $1$e$)$Plot the time domain output using the symbolic function fplot$().$ Part $2$: Exponential response $2$a$)$Use fourier$()$to store the Fourier transform of input voltage in Vin$2\_$w$.2$b$)$Find the circuit output in the frequency domain and assign to variable Vout$2\_$w$.$Use simplify$()$to simplify the output expression. $2$c$)$Use ifourier$()$to determine the output voltage in time domain and assign to variable Vout$2\_$t$.2$d$)$Plot the time domain output using fplot$().$