Question Set

1. An excitation is applied to a system at t = T and the response in zero for -∞ < t < T. This system is





Ask Your Doubts Here

Type in
(Press Ctrl+g to toggle between English and the chosen language)

Comments

Show Similar Question And Answers
QA->What minimum number of non-zero non-collinear vectors is required to produce a zero vector?....
QA->The minimum number of non-zero non-collinear vectors required to produce a zero vector is?....
QA->The average of 20 numbers is zero. Of them , at the most ,how many may be greater than zero?....
QA->The average of 20 numbers is zero. Of them, at the most, how many may be greater than zero?....
QA->The average of 20 numbers is zero. Of them, How many of them may be greater than zero, at the most?....
MCQ->An excitation is applied to a system at t = T, and its response is zero for -∞ < t < T, such a system is....
MCQ->An excitation is applied to a system at t = T and the response in zero for -∞ < t < T. This system is....
MCQ->Consider the following statements: If any root of characteristic equation has a positive real part the impulse response is unbounded and system is unstable.If all the roots of a characteristic equation have negative real parts, the impulse response decays to zero.If one or more non-repeated roots of characteristic equation are on jω axis impulse response is bounded but the system is unstable. Which of the above equations are correct?....
MCQ->Choose the correct option Transit period is the time between two steady stateTransient Response is the response due to internal energy stored in circuitTransit response is also called natural responseTransit response arises due to presence of C and L in the circuitTransit is due to R, L, C in the circuit....
MCQ->A dipole antenna was radiating with some excitation in free space radiating a certain amount of the power. If this antenna is immersed in a lake where water is non-dissipative but has a dielectric constant of 81, the radiated power with the same excitation will....
Terms And Service:We do not guarantee the accuracy of available data ..We Provide Information On Public Data.. Please consult an expert before using this data for commercial or personal use | Powered By:Omega Web Solutions
© 2002-2017 Omega Education PVT LTD...Privacy | Terms And Conditions
Question ANSWER With Solution