ENGR 220 Lecture 6: WATCH WERE

Write a narrative about an obstacle you have overcome in your life something simple please I’m 16 maybe something with sports. PLEASE DO NOT FORGET IM 16 give me something simple thank again

Tips: - Be sure to follow an organized sequence of events. - Consider beginning in the middle of the action and using flashback to give important background information leading to the conflict. - Use sensory details like sights, sounds, smells, and feelings to describe the experience. - To help keep events in sequence, use at least one of the following words in your narrative: first, then. after, next, before, last. later. ultimately, suddenly, finally. meanwhile, earlier

Write at least 300 word please help i don’t want something that to much just something simple

Write a narrative about an obstacle you have overcome in your life something simple please I’m 16 maybe something with sports. PLEASE DO NOT FORGET IM 16 give me something simple thank again

Tips: - Be sure to follow an organized sequence of events. - Consider beginning in the middle of the action and using flashback to give important background information leading to the conflict. - Use sensory details like sights, sounds, smells, and feelings to describe the experience. - To help keep events in sequence, use at least one of the following words in your narrative: first, then. after, next, before, last. later. ultimately, suddenly, finally. meanwhile, earlier

Write at least 300 word please help i don’t want something that to much just something simple and easy

Q3.
1. State the 3 Major Types of signal distortions. And state the frequency domain conditions for
each.
2. State the time domain condition for distotionless transmission.
3. A transmitter send a signal x(t)=A sin(2πfot + ϴ).The channel is the distortion less.
Propagation delay is г to reach to the receiver. Sketch the transmit and receive signals.
Verify the condition for distotionless transmission.
4. A 3000 km repeater system consists of m identical fibber-optic cable sections with
Attenuation 0.5 dB/km and m identical amplifiers. Find the required number of sections
and the gain per amplifier so that Pout = Pin = 5 mW and the input power to each amplifier
is at least 67 pW.