The signal given by the equation4 is known as:
A. Energy signal
B. Power signal
C. Work done signal
D. None of the mentioned
Answer:A
The signal given by the equation4 is known as:
A. Energy signal B. Power signal C. Work done signal D. None of the mentioned
5.Explanation: We have used the magnitude-squared values of x(n), so that our definition applies to complex-valued as well as real-valued signals. If the energy of the signal is finite i.e., 0<e<8 then=”” the=”” given=”” signal=”” is=”” known=”” as=”” energy=”” signal.5.=”” x(n)*d(n-k)=”?” a)=”” x(n)=”” b)=”” x(k)=”” c)=”” x(k)*d(n-k)=”” d)=”” x(k)*d(k)=”” answer:=”” c=”” 6.explanation:=”” defined=”” only=”” when=”” n=”k” by=”” definition=”” of=”” delta=”” function.=”” so,=”” 6.=”” a=”” real=”” valued=”” called=”” anti-symmetric=”” if:=”” none=”” mentioned=”” b=”” explanation:=”” according=”” to=”” signal,=”” should=”” be=”” symmetric=”” over=”” origin.=”” for=”” symmetric,=”” it=”” satisfy=”” condition=”” 7.=”” odd=”” part=”” x(t)=”” is:=”” x(t)+x(-t)=”” x(t)-x(-t)=”” (1=”” 2)*(x(t)+x(-t))=”” 2)*(x(t)-x(-t))=”” d=”” let=”” ==””>x(-t)=xe(-t)-xo(-t)