Prove rules 1-7 using mathematical relations. System Blocks Equivalent System G2 JOutput Input A- AG -B R3 G AG-8 Output AG Input BNG 1/G Feedback Feedback

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Prove rules 1-7 using mathematical relations.
System Blocks
Equivalent System
Ril
G1
G2
JOutput
6,62
Input
G,
G, + 6,
AG - B
R3
AG
AG-B
Input
Output
BIG
1/G
Feedback
Feedback
AG - BG
R:4 s
A -8
AG - BG
G
A
AG
A
AG
R:5
G
A
AG
AG
G
A
AG
A
AG
G
R6
G
AG
1/G
Summing
point
E(s)
Input
R(s)
Output
C(s)
G(s)
C(s)
G(s)
R.4
B(s)
R(s) 1+G(s)H(s)
H(s)
Feedback
Transcribed Image Text:Prove rules 1-7 using mathematical relations. System Blocks Equivalent System Ril G1 G2 JOutput 6,62 Input G, G, + 6, AG - B R3 AG AG-B Input Output BIG 1/G Feedback Feedback AG - BG R:4 s A -8 AG - BG G A AG A AG R:5 G A AG AG G A AG A AG G R6 G AG 1/G Summing point E(s) Input R(s) Output C(s) G(s) C(s) G(s) R.4 B(s) R(s) 1+G(s)H(s) H(s) Feedback
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