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Writing the signals as rect(t) convolutions

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Considering the periodic pleural pressure source plotted. The negative going pressure pulse has a magnitude of -12 cm H2O and a duration of 0.3s. The positive going pressure pulse has a magnitude of 6 cm H2O and a duration of 0.15s and begins immediately after the negative going pressure pulse.

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This solution describes the fourier transform of a periodic pleural pressure pulse.

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Hi,

** Please see the attached file for the complete solution to your problem **

1. Consider the periodic pleural pressure source plotted below:
(please see the attached file)

The negative going pressure pulse has a magnitude of -12 cmH2O and a duration of 0.3s. The positive going pressure pulse has a magnitude of 6 cmH2O and a duration of 0.15s and begins immediately after the negative going pressure pulse.

A. Write an ...

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