Name: ECET-375Homework # 2Chapter 2: Signals, Noise, Modulation, and Demodulation10. Determine the information capacity in bps for a circuit with a 100-KHz bandwidth and a signal-to-noise power ratio of 40 dB (10,000)11. Determine of number of conditions possible for a binary code containing the following number of bits:12. Determine the highest bit rate possible for a circuit propagating a four- bit binary code with a bandwidth of 10,000 Hz.16. Determine the minimum bandwidth, baud, and bandwidth efficiency for the following bit rates and modulation schemes –8-QAM and 16-QAM:17. A probability of error of 10-6 means it is possible that there will bit error for every bits transmitted.Chapter 6: Multiplexing and Carriers3. For the following bit sequence, draw the timing diagram for UPRZ, UPNRZ, BPRZ, BPNRZ and BPRZ-AMI: 1110010101100.5. A PCM-TDM system multiplexes 30 voice-band channels each with a bandwidth 0f 0 KHz to 3 KHz. Each sample is encoded with a nine-bit PCM code. Determine a. Minimum sample rate; b. Line speed in bps; frame:ECET 375 DevryOTHER LINK:ECET 375 Homework 1https://www.homeworkmarket.com/content/ecet-375%E2%80%93-introduction-networking-homework-assignment-1ECET 375 Homework 2https://www.homeworkmarket.com/content/ecet-375-homework-2ECET 375 Homework 3https://www.homeworkmarket.com/content/ecet-375-homework-3ECET 375 Homework 4https://www.homeworkmarket.com/content/ecet-375-homework-4ECET 375 Homework 5https://www.homeworkmarket.com/content/ecet-375-homework-5ECET 375 Homework 6https://www.homeworkmarket.com/content/ecet-375-homework-6ECET 375 Homework 7https://www.homeworkmarket.com/content/ecet375-homework-7ECET 375 Homework 7_bhttps://www.homeworkmarket.com/content/ecet-375-homework-7