Homework Help is Here – Start Your Trial Now!
Engineering
Electrical Engineering
TABLE 5.1 TABLE OF THE Q-FUNCTION 0 5.000000e-01 2.4 8.197534e-03 4.8 7.933274e-07 0.1 4.601722e-01 2.5 6.209665e-03 4.9 4.791830e-07 0.2 4.207403e-01 2.6 4.661189e-03 5.0 2.866516e-07 0.3 3.820886e-01 2.7 3.466973e-03 5.1 1.698268e-07 0.4 3.445783e-01 2.8 2.555131e-03 5.2 9.964437e-06 0.5 3.085375e-01 2.9 1.865812e-03 5.3 5.790128e-08 0.6 2.742531e-01 3.0 1.349898e-03 5.4 3.332043e-08 0.7 2.419637e-01 3.1 9.676035e-04 5.5 1.898956e-08 0.8 2.118554e-01 3.2 6.871378e-04 5.6 1.071760e-08 0.9 1.840601e-01 3.3 4.834242e-04 5.7 5.990378e-09 1.0 1.586553e-01 3.4 3.369291e-04 5.8 3.315742e-09 1.1 1.356661e-01 3.5 2.326291e-04 5.9 1.817507e-09 1.2 1.150697e-01 3.6 1.591086e-04 6.0 9.865876e-10 1.3 9.680049e-02 3.7 1.077997e-04 6.1 5.303426e-10 1.4 8.075666e-02 3.8 7.234806e-05 6.2 2.823161e-10 1.5 6.680720e-02 3.9 4.809633e-05 6.3 1.488226e-10 1.6 5.479929e-02 4.0 3.167124e-05 6.4 7.768843e-11 1.7 4.456546e-02 4.1 2.065752e-05 6.5 4.016001e-11 1.8 3.593032e-02 4.2 1.334576e-05 6.6 2.055790e-11 1.9 2.871656e-02 4.3 8.539898e-06 6.7 1.042099e-11 2.0 2.275013e-02 4.4 5.412542e-06 6.8 5.230951e-12 2.1 1.786442e-02 4.5 3.397673e-06 6.9 2.600125e-12 2.2 1.390345e-02 4.6 2.112456e-06 7.0 1.279813e-12 2.3 1.072411e-02 4.7 1.300809e-06 Problem 2 The noise voltage in an electric circuit is modeled as a Gaussian random variable X with a mean equal to zero (m = 0) and a variance equal to 10-8 (0² = 10-8). a. What is the probability that the value of the noise exceeds 10-4? P(X > 10-4) = ? b. What is the probability that the noise value is between -2 × 10-4 and 10-4? P(−2 × 10-4 < x < 10¯4) = ?

TABLE 5.1 TABLE OF THE Q-FUNCTION 0 5.000000e-01 2.4 8.197534e-03 4.8 7.933274e-07 0.1 4.601722e-01 2.5 6.209665e-03 4.9 4.791830e-07 0.2 4.207403e-01 2.6 4.661189e-03 5.0 2.866516e-07 0.3 3.820886e-01 2.7 3.466973e-03 5.1 1.698268e-07 0.4 3.445783e-01 2.8 2.555131e-03 5.2 9.964437e-06 0.5 3.085375e-01 2.9 1.865812e-03 5.3 5.790128e-08 0.6 2.742531e-01 3.0 1.349898e-03 5.4 3.332043e-08 0.7 2.419637e-01 3.1 9.676035e-04 5.5 1.898956e-08 0.8 2.118554e-01 3.2 6.871378e-04 5.6 1.071760e-08 0.9 1.840601e-01 3.3 4.834242e-04 5.7 5.990378e-09 1.0 1.586553e-01 3.4 3.369291e-04 5.8 3.315742e-09 1.1 1.356661e-01 3.5 2.326291e-04 5.9 1.817507e-09 1.2 1.150697e-01 3.6 1.591086e-04 6.0 9.865876e-10 1.3 9.680049e-02 3.7 1.077997e-04 6.1 5.303426e-10 1.4 8.075666e-02 3.8 7.234806e-05 6.2 2.823161e-10 1.5 6.680720e-02 3.9 4.809633e-05 6.3 1.488226e-10 1.6 5.479929e-02 4.0 3.167124e-05 6.4 7.768843e-11 1.7 4.456546e-02 4.1 2.065752e-05 6.5 4.016001e-11 1.8 3.593032e-02 4.2 1.334576e-05 6.6 2.055790e-11 1.9 2.871656e-02 4.3 8.539898e-06 6.7 1.042099e-11 2.0 2.275013e-02 4.4 5.412542e-06 6.8 5.230951e-12 2.1 1.786442e-02 4.5 3.397673e-06 6.9 2.600125e-12 2.2 1.390345e-02 4.6 2.112456e-06 7.0 1.279813e-12 2.3 1.072411e-02 4.7 1.300809e-06 Problem 2 The noise voltage in an electric circuit is modeled as a Gaussian random variable X with a mean equal to zero (m = 0) and a variance equal to 10-8 (0² = 10-8). a. What is the probability that the value of the noise exceeds 10-4? P(X > 10-4) = ? b. What is the probability that the noise value is between -2 × 10-4 and 10-4? P(−2 × 10-4 < x < 10¯4) = ?

Introductory Circuit Analysis (13th Edition)
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...
See similar textbooks
icon
Related questions
Question
TABLE 5.1 TABLE OF THE Q-FUNCTION 0 5.000000e-01 2.4 8.197534e-03 4.8 7.933274e-07 0.1 4.601722e-01 2.5 6.209665e-03 4.9 4.791830e-07 0.2 4.207403e-01 2.6 4.661189e-03 5.0 2.866516e-07 0.3 3.820886e-01 2.7 3.466973e-03 5.1 1.698268e-07 0.4 3.445783e-01 2.8 2.555131e-03 5.2 9.964437e-06 0.5 3.085375e-01 2.9 1.865812e-03 5.3 5.790128e-08 0.6 2.742531e-01 3.0 1.349898e-03 5.4 3.332043e-08 0.7 2.419637e-01 3.1 9.676035e-04 5.5 1.898956e-08 0.8 2.118554e-01 3.2 6.871378e-04 5.6 1.071760e-08 0.9 1.840601e-01 3.3 4.834242e-04 5.7 5.990378e-09 1.0 1.586553e-01 3.4 3.369291e-04 5.8 3.315742e-09 1.1 1.356661e-01 3.5 2.326291e-04 5.9 1.817507e-09 1.2 1.150697e-01 3.6 1.591086e-04 6.0 9.865876e-10 1.3 9.680049e-02 3.7 1.077997e-04 6.1 5.303426e-10 1.4 8.075666e-02 3.8 7.234806e-05 6.2 2.823161e-10 1.5 6.680720e-02 3.9 4.809633e-05 6.3 1.488226e-10 1.6 5.479929e-02 4.0 3.167124e-05 6.4 7.768843e-11 1.7 4.456546e-02 4.1 2.065752e-05 6.5 4.016001e-11 1.8 3.593032e-02 4.2 1.334576e-05 6.6 2.055790e-11 1.9 2.871656e-02 4.3 8.539898e-06 6.7 1.042099e-11 2.0 2.275013e-02 4.4 5.412542e-06 6.8 5.230951e-12 2.1 1.786442e-02 4.5 3.397673e-06 6.9 2.600125e-12 2.2 1.390345e-02 4.6 2.112456e-06 7.0 1.279813e-12 2.3 1.072411e-02 4.7 1.300809e-06
Transcribed Image Text:TABLE 5.1 TABLE OF THE Q-FUNCTION 0 5.000000e-01 2.4 8.197534e-03 4.8 7.933274e-07 0.1 4.601722e-01 2.5 6.209665e-03 4.9 4.791830e-07 0.2 4.207403e-01 2.6 4.661189e-03 5.0 2.866516e-07 0.3 3.820886e-01 2.7 3.466973e-03 5.1 1.698268e-07 0.4 3.445783e-01 2.8 2.555131e-03 5.2 9.964437e-06 0.5 3.085375e-01 2.9 1.865812e-03 5.3 5.790128e-08 0.6 2.742531e-01 3.0 1.349898e-03 5.4 3.332043e-08 0.7 2.419637e-01 3.1 9.676035e-04 5.5 1.898956e-08 0.8 2.118554e-01 3.2 6.871378e-04 5.6 1.071760e-08 0.9 1.840601e-01 3.3 4.834242e-04 5.7 5.990378e-09 1.0 1.586553e-01 3.4 3.369291e-04 5.8 3.315742e-09 1.1 1.356661e-01 3.5 2.326291e-04 5.9 1.817507e-09 1.2 1.150697e-01 3.6 1.591086e-04 6.0 9.865876e-10 1.3 9.680049e-02 3.7 1.077997e-04 6.1 5.303426e-10 1.4 8.075666e-02 3.8 7.234806e-05 6.2 2.823161e-10 1.5 6.680720e-02 3.9 4.809633e-05 6.3 1.488226e-10 1.6 5.479929e-02 4.0 3.167124e-05 6.4 7.768843e-11 1.7 4.456546e-02 4.1 2.065752e-05 6.5 4.016001e-11 1.8 3.593032e-02 4.2 1.334576e-05 6.6 2.055790e-11 1.9 2.871656e-02 4.3 8.539898e-06 6.7 1.042099e-11 2.0 2.275013e-02 4.4 5.412542e-06 6.8 5.230951e-12 2.1 1.786442e-02 4.5 3.397673e-06 6.9 2.600125e-12 2.2 1.390345e-02 4.6 2.112456e-06 7.0 1.279813e-12 2.3 1.072411e-02 4.7 1.300809e-06
Problem 2 The noise voltage in an electric circuit is modeled as a Gaussian random variable X with a mean equal to zero (m = 0) and a variance equal to 10-8 (0² = 10-8). a. What is the probability that the value of the noise exceeds 10-4? P(X > 10-4) = ? b. What is the probability that the noise value is between -2 × 10-4 and 10-4? P(−2 × 10-4 < x < 10¯4) = ?
Transcribed Image Text:Problem 2 The noise voltage in an electric circuit is modeled as a Gaussian random variable X with a mean equal to zero (m = 0) and a variance equal to 10-8 (0² = 10-8). a. What is the probability that the value of the noise exceeds 10-4? P(X > 10-4) = ? b. What is the probability that the noise value is between -2 × 10-4 and 10-4? P(−2 × 10-4 < x < 10¯4) = ?
Expert Solution
steps

Step by step

Solved in 2 steps with 2 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer
Similar questions
  • SEE MORE QUESTIONS
Recommended textbooks for you
Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
Electrical Engineering
ISBN:
9780133923605
Author:
Robert L. Boylestad
Publisher:
PEARSON
Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
Electrical Engineering
ISBN:
9781337900348
Author:
Stephen L. Herman
Publisher:
Cengage Learning
Programmable Logic Controllers
Programmable Logic Controllers
Electrical Engineering
ISBN:
9780073373843
Author:
Frank D. Petruzella
Publisher:
McGraw-Hill Education
Fundamentals of Electric Circuits
Fundamentals of Electric Circuits
Electrical Engineering
ISBN:
9780078028229
Author:
Charles K Alexander, Matthew Sadiku
Publisher:
McGraw-Hill Education
Electric Circuits. (11th Edition)
Electric Circuits. (11th Edition)
Electrical Engineering
ISBN:
9780134746968
Author:
James W. Nilsson, Susan Riedel
Publisher:
PEARSON
Engineering Electromagnetics
Engineering Electromagnetics
Electrical Engineering
ISBN:
9780078028151
Author:
Hayt, William H. (william Hart), Jr, BUCK, John A.
Publisher:
Mcgraw-hill Education,
SEE MORE TEXTBOOKS