What does the following model show?(a) The discrete impulse is shifted by 8 units in time(b) The discrete transfer function is shifted by 8 units in time(c) The output has an error(d) The output does not match the graphI have been asked this question in exam.Question is from Modeling topic in portion SIMULINK and GUIs of MATLAB

What does the following model show?(a) The discrete impulse is shifted

1.	What does the following model show?(a) The discrete impulse is shifted by 8 units in time(b) The discrete transfer function is shifted by 8 units in time(c) The output has an error(d) The output does not match the graphI have been asked this question in exam.Question is from Modeling topic in portion SIMULINK and GUIs of MATLAB
Answer» Right choice is (a) The discrete IMPULSE is shifted by 8 units in TIME Best explanation: The transfer function represents a ramp function. Now, the scope shows a graph starts from t=8 units in time and goes to 1 at t=9. Thus the impulse input GIVEN to the graph is ACTUALLY shifted by 8 units in time.

Discussion

No Comment Found

Related InterviewSolutions

What is the name of the given block?(a) z-domain(b) Laplacian domain(c) Fourier domain(d) no domainThe question was asked in an internship interview.Query is from Simulation in section SIMULINK and GUIs of MATLAB
What does the following block show?(a) The maximum value of a signal(b) The minimum value of a signal(c) The final value of a signal(d) The rms of a signalThe question was posed to me in class test.Question is taken from Simulation in chapter SIMULINK and GUIs of MATLAB
Can we simulate transient states in Simulink.(a) True(b) FalseI got this question in an interview.The origin of the question is Simulation in chapter SIMULINK and GUIs of MATLAB
Is this block necessary for circuit analysis in the SIMULINK model?(a) Yes(b) No(c) Only for AC analysis(d) Only for DC analysisThis question was posed to me in homework.My enquiry is from Simulation topic in division SIMULINK and GUIs of MATLAB
We can model __ impulse function in discrete domain(a) No(b) Unit(c) Shifted unit(d) AnyThe question was asked during an internship interview.The doubt is from Modeling topic in chapter SIMULINK and GUIs of MATLAB
For this block, the early voltage is always infinite.(a) Yes(b) No(c) Not always(d) Cannot be determinedThe question was asked during a job interview.My question comes from Modeling in portion SIMULINK and GUIs of MATLAB
What is the function of this block?(a) Defining only continuous systems(b) Defining only discrete systems(c) Defining only digital systems(d) Defining both continuous and discrete systemsI got this question in a job interview.The origin of the question is Simulation in division SIMULINK and GUIs of MATLAB
What does the following block do?(a) Add a delay to the signal in frequency domain(b) Advance the signal in frequency domain(c) Shifts the signal in frequency domain(d) Gives an output as the function of the inputI have been asked this question by my school principal while I was bunking the class.Enquiry is from Simulation topic in portion SIMULINK and GUIs of MATLAB
How can we connect the following blocks?(a) By a wire(b) By converting the signal from the sensor to a Simulink Signal(c) By a VCCS(d) By a groundI got this question during an online exam.Question is from Simulation in section SIMULINK and GUIs of MATLAB
What does the following model portray?(a) Measuring impulse response of a system(b) Measuring impulse response of a system(c) Measuring ramp response of a system(d) Measuring step response of a systemI had been asked this question during a job interview.I need to ask this question from Modeling topic in section SIMULINK and GUIs of MATLAB

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment