A series RLC circuit is described by di d²i L +R + dt² dt i с = 2 Find the response when L = 0.5H, R = 42, and C = 0.2 F. Let i(0) = 1, di(0)/dt =0.

Q: 6. Fid the complement of the following expressions (a+c)•(a+5)•(ã+b+7)

A: According to the question we have to find compliment of given term.

Q: The current in a second order source free series RLC circuit is given as iz(t) = e-40t . (B,cos(60t)…

A: Given  iL(t)=e-40t.(B1cos(60t)+B2sin(60t))

Q: Given that C = -3 + j7 and D = 8 +j, calculate: plant (a) (C-D*)(C+D*), (b) D2/C*, (c) 2CD/(C+D).

A: Given data: C=-3+j7D=8+j

Q: 3) Set VD(s) = 0 and find the transfer function V(s)/I*(s). This transfer function will give you the…

A: For MATLAB part, resubmit the question again. by using Masson gain formulaThe loops areLoop 1-…

Q: Q: find a SE for the system described by the following TF s+2 G(s) s3+2s+4

A: Given  Transfer functionG(s)=s+2s3+2s+4

Q: Model the following transfer function on Matlab and Simulink and find its response to a step input.

A:

Q: Don't use matlab please answer in typing format

A: To sketch the root locus plot for the given open-loop transfer functions, we need to follow these…

Q: 2D Find the time function comresponding to the following Loplace trons form F(6) = 4 s - 81

A: Laplace transform

Q: How do you find the coefficients in the underdamped case in an RLC circuit?

A: Whether it is series RLC or parallel RLC use the same equation but here use the initial conditions

Q: Reduce the block diagram on the right to the canonical form and find C(s). K is constant.

A: The above block diagram is reduced by using Mason's gain formula.