y(t) = 50sin(200t + q) ? (w = 2Tf) 1. How many frequencies make up the signal 2. What is the frequency in Hz of the signal above 3. What is the period of the Signal above? 4. If the signal above was...

y(t) = 50sin(200t + q) ? (w = 2Tf)<br>1. How many frequencies make up the signal<br>2. What is the frequency in Hz of the signal above<br>3. What is the period of the Signal above?<br>4. If the signal above was AM modulated by a 100MHZ carrier. What would the bandwidth be of the resulting AM signal?<br>5. If the Lower sideband of the AM signal in question 4 was removed, what would be the resulting AM signal Bandwidth?<br>

Extracted text: y(t) = 50sin(200t + q) ? (w = 2Tf) 1. How many frequencies make up the signal 2. What is the frequency in Hz of the signal above 3. What is the period of the Signal above? 4. If the signal above was AM modulated by a 100MHZ carrier. What would the bandwidth be of the resulting AM signal? 5. If the Lower sideband of the AM signal in question 4 was removed, what would be the resulting AM signal Bandwidth?

Jun 10, 2022

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y(t) = 50sin(200t + q) ? (w = 2Tf) 1. How many frequencies make up the signal 2. What is the frequency in Hz of the signal above 3. What is the period of the Signal above? 4. If the signal above was...

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