B4 For a communication system, if1. The power of the noise is 9862. The SNR (as a ratio) is 8of3. The bandwidth is 16Then,The power of the signal isO a. 978.00O b. 0.01O c. 7888.00O d. -978.00O e. 123.25THme left U:44:0)For a communication system, if1. The power of the input signal is 952. The attenuation is -3 dB (3 dB loss)3. The bandwidth is 190Then,The power of the output signal isa. 950.00O b. 47.50O c. 9.50O d. 190.00

The answer of both question is given below. I assume upper question as Q1 and lower question as Q2.…

For a communication system, if 1. The power of the noise is 986 2. The SNR (as a ratio) is 8 3. The bandwidth is 16 Then, The power of the signal is O a. 978.00 O b. 0.01 O c. 7888.00 O d. -978.00 O e. 123.25 THme let U:44:0 For a communication system, if 1. The power of the input signal is 95 2. The attenuation is -3 dB (3 dB loss) 3. The bandwidth is 190 Then, The power of the output signal is

For a communication system, if 1. The power of the noise is 986 2. The SNR (as a ratio) is 8 3. The bandwidth is 16 Then, The power of the signal is O a. 978.00 O b. 0.01 O c. 7888.00 O d. -978.00 O e. 123.25 THme let U:44:0 For a communication system, if 1. The power of the input signal is 95 2. The attenuation is -3 dB (3 dB loss) 3. The bandwidth is 190 Then, The power of the output signal is

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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