Question Solved1 Answer please show work 2021, MIDI put from a first order temperature system indicates a steady, time-varying signal having an amplitude which varies between 20 and 70 Cº with a single frequency of 25 Hz. Express the output signal as a waveform equation, y(t). If the dynamic error is to be less than 1%, what must the system time constant be?

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Transcribed Image Text: 2021, MIDI put from a first order temperature system indicates a steady, time-varying signal having an amplitude which varies between 20 and 70 Cº with a single frequency of 25 Hz. Express the output signal as a waveform equation, y(t). If the dynamic error is to be less than 1%, what must the system time constant be?
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Transcribed Image Text: 2021, MIDI put from a first order temperature system indicates a steady, time-varying signal having an amplitude which varies between 20 and 70 Cº with a single frequency of 25 Hz. Express the output signal as a waveform equation, y(t). If the dynamic error is to be less than 1%, what must the system time constant be?
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AnswerGiven that:. Amplitude vuries b/w 20^(@)C & 70^(@)C:. Single frequenly =25Hz:. For Output y(t)=1//max cos(10 t){:[omega=2pi f],[=2pi(25)],[omega=50 pirad//sec],[:.y//max=70^(@)c],[y(t)=70 ... See the full answer