Reduce the system below to a single transfer function X,(s)/X;(s) using: a. Block Diagram Reduction b. Mason's Rule G. Xo G G2 G3 H2 H

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Q: x[n]- a 2-1 Z-1 b What is the equation representing the output response y[n]? + -1 y[n]

A: given a block diagram and asked to write the equation representing the output response.

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Q: Find the closed loop transfer function for the following block diagram by using block diagram…

A: it is asked to find the closed loop transfer function by block diagram reduction techniques

Q: Determine the transfer function of this system by reducing its shown block diagram. H1 U(s) Y(s) G1…

A: Here we can solve this problem very easily with the help of Mason's gain formula  Forward path gains…

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Q: Convert the following block diagram to Signal Flow Graph and apply Mason's Rule to calculate the…

A: We need to find out transfer function by using of Mason's gain formula.

Q: This is under System dynamic and control please

A: In this question we will find transfer function of given system...

Q: Q. 4 Find transfer function C(s)/R(s) by block diagram reduction technique and verify using Mason's…

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Q: 4) Consider the 2nd order system below: 3 G(s) s2 + 2s – 3 - Determine the following: a) DC gain, b)…

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Q: Using the block diagram reduction technique, reduce the system shown infigure below to simplest…

A: Since G4, G5, G6 are connected parallel so they gets added directly.  (G1G2G3 ) is the open loop…

Q: block diagram reduction method.

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Q: Determine the error ratio of the block diagram below using a) Block Diagram Reduction, and b)…

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Q: Consider the following block diagram R(s) K H₂(s) 1 b) Let H₁ H2 = 1, H3 = K₁, G2 = conditions on…

A: Given: A block diagram,  To find: a) Closed loop transfer function using block diagram reduction…