Control
2
MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORY ATTEMPT ANY 5 QUESTIONS ALL QUESTION CARRY EQUAL MARKS Q.1 write a short note on causality ? Q.2 explain the concept of linearity ? Q.3show that the following vectors are linearly independent ? X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9) Q.4 construct signal flow graph and state model for a system whose transfer function is Q.5 consider a SISO system whose state variable description is given by Q.6 explain the state model of following transfer function using cascade decomposition technique MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORY ATTEMPT ANY 5 QUESTIONS ALL QUESTION CARRY EQUAL MARKS Q.1 write a short note on causality ? Q.2 explain the concept of linearity ? Q.3show that the following vectors are linearly independent ? X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9) Q.4 construct signal flow graph and state model for a system whose transfer function is Q.5 consider a SISO system whose state variable description is given by Q.6 explain the state model of following transfer function using cascade decomposition technique MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORY ATTEMPT ANY 5 QUESTIONS ALL QUESTION CARRY EQUAL MARKS Q.1 write a short note on causality ? Q.2 explain the concept of linearity ? Q.3show that the following vectors are linearly independent ? X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9) Q.4 construct signal flow graph and state model for a system whose transfer function is Q.5 consider a SISO system whose state variable description is given by Q.6 explain the state model of following transfer function using cascade decomposition technique
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Transcript of Control
MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORYATTEMPT ANY 5 QUESTIONSALL QUESTION CARRY EQUAL MARKS
Q.1 write a short note on causality ?Q.2 explain the concept of linearity ?Q.3show that the following vectors are linearly independent ?X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9)
Q.4 construct signal flow graph and state model for a system whose transfer function is
Q.5 consider a SISO system whose state variable description is given by
Q.6 explain the state model of following transfer function using cascade decomposition technique
MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORYATTEMPT ANY 5 QUESTIONSALL QUESTION CARRY EQUAL MARKS
Q.1 write a short note on causality ?Q.2 explain the concept of linearity ?Q.3show that the following vectors are linearly independent ?X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9)
Q.4 construct signal flow graph and state model for a system whose transfer function is
Q.5 consider a SISO system whose state variable description is given by
Q.6 explain the state model of following transfer function using cascade decomposition technique
MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORYATTEMPT ANY 5 QUESTIONSALL QUESTION CARRY EQUAL MARKS
Q.1 write a short note on causality ?Q.2 explain the concept of linearity ?Q.3show that the following vectors are linearly independent ?X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9)
Q.4 construct signal flow graph and state model for a system whose transfer function is
Q.5 consider a SISO system whose state variable description is given by
Q.6 explain the state model of following transfer function using cascade decomposition technique
MID SEMESTER TEST 2014 B.TECH. III YEAR, VI SEMESTER SUBJECT: 6EE1 MODERN CONTROL THEORYATTEMPT ANY 5 QUESTIONSALL QUESTION CARRY EQUAL MARKS
Q.1 write a short note on causality ?Q.2 explain the concept of linearity ?Q.3show that the following vectors are linearly independent ?X1 = (1,1,1,3), X2 =(1,2,3,4) X3= (2,3,4,9)
Q.4 construct signal flow graph and state model for a system whose transfer function is
Q.5 consider a SISO system whose state variable description is given by
Q.6 explain the state model of following transfer function using cascade decomposition technique
