Q. The band limited function can be recovered from its samples if the acquired samples are at rate twice the highest frequency, this theorem is called

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Q. The product of two even or two odd functions is

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Q. Unit impulse at every point other than 0 is

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Q. The sum of cosines and sines coefficient multiplied is

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Q. Odd functions are said to be

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Q. A continuous band limited function can be recovered with no error if sampled intervals are less than 1/2umax is the statement of

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Q. The impulse S(t,v) is function having

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Q. Any function whose Fourier transform is zero for frequencies outside the finite interval is called

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Q. Fourier transform's domain is

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Q. Giving one period of the periodic convolution is called

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Q. The continuous variables in 2D transform pair are interpreted as

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Q. News papers are printed using

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Q. J (iota) in complex numbers is of value

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Q. Fourier transform of two continuous functions, that are inverse of each other is called

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Q. Forward and inverse Fourier transforms exist for the samples having values

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Q. The greater, the values of continuous variables, the spectrum of Fourier transform will be

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Q. The displacement of various sinusoids w.r.t their origin is

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Q. ƒ(0,0) is sometimes called

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Q. Impulse has the property called

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Q. Zooming can be done using

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