The root locus plot of the roots of the characteristics equation of a closed loop system having the open loop transfer function K(s + 1)/2(2s + 1)(3s + 1) will have a definite number of loci for variation of K from 0 to ∞. The number of loci is

Process Control and Instrumentation
The root locus plot of the roots of the characteristics equation of a closed loop system having the open loop transfer function K(s + 1)/2(2s + 1)(3s + 1) will have a definite number of loci for variation of K from 0 to ∞. The number of loci is

1

3

2

4

1

3

2

4

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Process Control and Instrumentation
Stabilising time for the controllers is the time required for the response to reach __________ percent of its ultimate value.

95

63.2

100

87.5

95

63.2

100

87.5

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Process Control and Instrumentation
Identify an unbounded input from inputs whose transfer functions are given below

1/S²

1/(S² + 1)

1

1/S

1/S²

1/(S² + 1)

1

1/S

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Process Control and Instrumentation
Polarisation of light forms the working principle of a

Polarograph

Chromatograph

Spectrometer

Polarimeter

Polarograph

Chromatograph

Spectrometer

Polarimeter

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Process Control and Instrumentation
Dilatometer is used to measure

Strain

Contraction/expansion due to changes in temperature

Deflection

Stress

Strain

Contraction/expansion due to changes in temperature

Deflection

Stress

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Process Control and Instrumentation
Bode diagram is a plot of

Log (AR) vs. f and log Φ vs.f

None of these

Log (AR) vs. log (f) and (Φ) vs. log (f)

AR vs. log (f) and Φ vs. log (f)

Log (AR) vs. f and log Φ vs.f

None of these

Log (AR) vs. log (f) and (Φ) vs. log (f)

AR vs. log (f) and Φ vs. log (f)

ANSWER DOWNLOAD EXAMIANS APP

Process Control and Instrumentation

Process Control and Instrumentation The root locus plot of the roots of the characteristics equation of a closed loop system having the open loop transfer function K(s + 1)/2(2s + 1)(3s + 1) will have a definite number of loci for variation of K from 0 to ∞. The number of loci is

Process Control and Instrumentation Stabilising time for the controllers is the time required for the response to reach __________ percent of its ultimate value.

Process Control and Instrumentation Identify an unbounded input from inputs whose transfer functions are given below

Process Control and Instrumentation Polarisation of light forms the working principle of a

Process Control and Instrumentation Dilatometer is used to measure

Process Control and Instrumentation Bode diagram is a plot of

Process Control and Instrumentation
The root locus plot of the roots of the characteristics equation of a closed loop system having the open loop transfer function K(s + 1)/2(2s + 1)(3s + 1) will have a definite number of loci for variation of K from 0 to ∞. The number of loci is

Process Control and Instrumentation
Stabilising time for the controllers is the time required for the response to reach __________ percent of its ultimate value.

Process Control and Instrumentation
Identify an unbounded input from inputs whose transfer functions are given below

Process Control and Instrumentation
Polarisation of light forms the working principle of a

Process Control and Instrumentation
Dilatometer is used to measure

Process Control and Instrumentation
Bode diagram is a plot of