GATE Signals and Systems: Representation of continuous and discrete time signals, shifting and scaling properties – Previous Year Questions
8 GATE previous year questions on Representation of continuous and discrete time signals, shifting and scaling properties (Signals and Systems, Electrical Engineering) with answers and explanations, from every paper.
- GATE 2016 EE Q19 – The value of -+ e-t (2t - 2) \, dt, where (t) is the Dirac delta function, is
- GATE 2018 EE Q48 – Consider the two continuous-time signals defined below: x 1(t)= t for -1 t1 (0 otherwise), and x 2(t)=1- t for -1 t1 (0 otherwise). These signals are…
- GATE 2018 EE Q49 – The signal energy of the continuous-time signal x(t)=[(t-1)u(t-1)]-[(t-2)u(t-2)]-[(t-3)u(t-3)]+[(t-4)u(t-4)] is
- GATE 2020 EE Q16 – x R and x A are, respectively, the rms and average values of x(t)=x(t-T), and similarly, y R and y A are, respectively, the rms and average values of…
- GATE 2023 EE Q49 – The period of the discrete-time signal x[n] described by the equation below is N= (Round off to the nearest integer). x[n]=1+3(158n+34)-5(3n-4)
- GATE 2024 EE Q53 – If the energy of a continuous-time signal x(t) is E and the energy of the signal 2x(2t-1) is cE, then c is (rounded off to 1 decimal place).
- GATE 2025 EE Q21 – Consider a continuous-time signal x(t)=-t2\u(t+4)-u(t-4)\ where u(t) is the continuous-time unit step function. Let (t) be the continuous-time unit…
- GATE 2026 EE Q12 – Let x c(t) be any continuous-time periodic signal with period T. It is sampled uniformly with a sampling period T s, where T s T, resulting in the…