I need a help in solving this convolution.

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SUMMARY

This discussion centers on solving convolution problems involving continuous-time (CT) signals, specifically the integration of a function multiplied by a delta function and a delay function. It is established that the convolution of a function f(x) with the delta function results in f(x) itself, while the convolution with the negative delta function yields -f(x). The user seeks assistance with these concepts, indicating a need for clarity on integrating functions with delta functions.

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  • Understanding of continuous-time (CT) signals
  • Familiarity with convolution operations
  • Knowledge of delta functions in signal processing
  • Basic integration techniques in calculus
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  • Learn about convolution theorem applications in CT signals
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  • Study examples of convolution with delay functions
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I need a help in solving this convolution. Anybody has any idea? i don't know how to integrate a function multiplied with delta function and a delay function as attached.
Thank you
 

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When you convolve two CT signals, one being a regular input function f(x) and another being the delta function... the convolution f(x) * delta(x) = f(x).

Similarly, f(x) * -delta(x) = -f(x)

I can't open your attachment just yet.
 

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