The damping ratio and peak overshoot are measures of: Select one: O a. Steady state error...

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The damping ratio and peak overshoot are measures of: Select one: O a. Steady state error O b. Relative stability O c. Speed of response Od. Absolute stability By equating the denominator of transfer function to zero, which among the following will be obtained Select one: O a. Zero O b. None of the above Oc. Poles and Zeros O d. Poles Signal flow graphs: Select one: O a. They apply to linear systems O b. Arrows are no important in the graph O c. The equation obtained may or may not be in the form of cause or effect O d. They cannot be converted back to block diagram For second order linear system, setting time is Select one: O a. 2 times the time constant O b. 4 times the time constant O c. 1/4 of the time constant O d. 1/2 of the time constant The damping ratio and peak overshoot are measures of: Select one: O a. Steady state error O b. Relative stability O c. Speed of response Od. Absolute stability By equating the denominator of transfer function to zero, which among the following will be obtained Select one: O a. Zero O b. None of the above Oc. Poles and Zeros O d. Poles Signal flow graphs: Select one: O a. They apply to linear systems O b. Arrows are no important in the graph O c. The equation obtained may or may not be in the form of cause or effect O d. They cannot be converted back to block diagram For second order linear system, setting time is Select one: O a. 2 times the time constant O b. 4 times the time constant O c. 1/4 of the time constant O d. 1/2 of the time constant

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