Suppose a signal is represented by x ( t ) x ( t ) x(t) in the time domain and by X ( f ) X ( f ) X(f) in the frequency domain. Suppose the impulse response of a linear time-invariant system is represented by h ( t ) h ( t ) h(t) in the time domain and by H ( f ) H ( f ) H(f) in the frequency domain. When the signal passing through the system, what are the correct statements about the output?

Question

Suppose a signal is represented by  x ( t ) x ( t ) x(t)  in the time domain and by  X ( f ) X ( f ) X(f)  in the frequency domain. Suppose the impulse response of a linear time-invariant system is represented by  h ( t ) h ( t ) h(t)  in the time domain and by  H ( f ) H ( f ) H(f)  in the frequency domain. When the signal passing through the system, what are the correct statements about the output?

Answer

The output is the convolution of  X ( f ) X ( f ) X(f)  and  H ( f ) H ( f ) H(f)

Answer

The output is the convolution of  x ( t ) x ( t ) x(t)  and  h ( t ) h ( t ) h(t)

Answer

The output is the product of  x ( t ) x ( t ) x(t)  and  h ( t ) h ( t ) h(t)

Answer

The output is the product of  X ( f ) X ( f ) X(f)  and  H ( f ) H ( f ) H(f)

Crowdly

Suppose a signal is represented by x ( t ) x ( t ) x(t) in the time domain and...

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