Q. The impulse response h[n] of a linear time invariant system is given as below. If the input to the above system is the sequence e^(jπn/4), then the output is

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Q. In the periodic train of rectangular pulses F₀ = (V₀/T)d

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Q. Z transform of [(Xk±k₀)] =

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Q. If f(t) ↔ F(jω), and f(t) is real, then

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Q. Initial value theroem for sequence x[n] is

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Q. The energy E associated with time function f(t) is

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Q. If F[jω] is Fourier transform of f(t), then Fourier transform of f(- t) =

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Q. The solution of state equations using Laplace transform is

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Q. Consider the following statements:

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Q. e^(At) can be expanded as

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Q. Consider the following and answer accordingly:

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Q. The function in the given figure can be written as

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Q. Consider the following as regards probability distribution function f(x). which of these are correct?

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Q. Inverse Fourier transform of ∪(ω) is

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Q. The triangular wave of the given figure can be written as v(t) = u(t) - tu(t) + (t - 1) u(t - 1)

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Q. The function shown in the figure

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Q. Consider the following statements :

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Q. If Fn represents Fourier series coefficient of f(t), then Fourier series coefficient of f(t + t) =

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Q. Fourier transform of unit step function is

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Q. Auto correlation R(t) of a function v(t) is defined as

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