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QI/A/ Classify the following systems into open or closed loop control systems: (5 only) 1- Smart washing machine 2- Classic clothes dryer 3- Traffic light 4- Stop watch 5- Air conditioner 6- Traditional DC motor QI/B/ When a system is called a real time system?

QI/A/ Classify the following systems into open or closed loop control systems: (5 only) 1- Smart washing machine 2- Classic clothes dryer 3- Traffic light 4- Stop watch 5- Air conditioner 6- Traditional DC motor QI/B/ When a system is called a real time system?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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QI/A/ Classify the following systems into open or closed loop control systems: (5 only) 1- Smart washing machine 2- Classic clothes dryer 3- Traffic light 4- Stop watch 5- Air conditioner 6- Traditional DC motor QI/B/ When a system is called a real time system? Q2/A/ Sketch the following signals: 1-f (t) - -x (t-2) 2-f (1) - x(+-2) 3- f (1) -u (t- 2) -u (t- 4) -u (t+ 3) Q2/B/ Classify the following systems into fail-safe state and safety-critical system: 1- Fire sprinkler 2- Air craft 3- Snow blowers 4- Electric fuse 5- Trains Q3/A/ Classify the following systems into (Hard, Soft, and Fim) real time system: (5 only) 1- Video conference 2- Surgery robot 3- Video game 4- Fire alarm 5- Metrological forecast station 6- Anti-air defense missile Q3/B/ Determine and sketch the even and odd parts of the signal below, label your sketch carefully: Q4/ Check the following test for the systems below (write the procedures of solution): (5 only) 1-y [n] =n. x [n] 2- y[n] = 2 + x[n] linearity 3- y [n] = 4n. x [n] Time variant or invariant 4-Y [n] - 3 [*] static or dynamic 5- y (n] - x (-n] 6- y(n] - x (n]- 3x (n-2] causality Q5/ Find the output voltage for the circuit below
Transcribed Image Text:QI/A/ Classify the following systems into open or closed loop control systems: (5 only) 1- Smart washing machine 2- Classic clothes dryer 3- Traffic light 4- Stop watch 5- Air conditioner 6- Traditional DC motor QI/B/ When a system is called a real time system? Q2/A/ Sketch the following signals: 1-f (t) - -x (t-2) 2-f (1) - x(+-2) 3- f (1) -u (t- 2) -u (t- 4) -u (t+ 3) Q2/B/ Classify the following systems into fail-safe state and safety-critical system: 1- Fire sprinkler 2- Air craft 3- Snow blowers 4- Electric fuse 5- Trains Q3/A/ Classify the following systems into (Hard, Soft, and Fim) real time system: (5 only) 1- Video conference 2- Surgery robot 3- Video game 4- Fire alarm 5- Metrological forecast station 6- Anti-air defense missile Q3/B/ Determine and sketch the even and odd parts of the signal below, label your sketch carefully: Q4/ Check the following test for the systems below (write the procedures of solution): (5 only) 1-y [n] =n. x [n] 2- y[n] = 2 + x[n] linearity 3- y [n] = 4n. x [n] Time variant or invariant 4-Y [n] - 3 [*] static or dynamic 5- y (n] - x (-n] 6- y(n] - x (n]- 3x (n-2] causality Q5/ Find the output voltage for the circuit below
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