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7) Obtain N= 40B equally spaced values of r by using this matlab command with your own values of A, B and C: N=40*B; X=linspace(0, N-1,N)'/B; Obtain corresponding values of y with: rng (1); Y=A+B*X. ^2+C*log (X+1) +5*B*randn (N, 1); and give m and such that y = mx + c is the least squares line of best fit through these data points.

7) Obtain N= 40B equally spaced values of r by using this matlab command with your own values of A, B and C: N=40*B; X=linspace(0, N-1,N)'/B; Obtain corresponding values of y with: rng (1); Y=A+B*X. ^2+C*log (X+1) +5*B*randn (N, 1); and give m and such that y = mx + c is the least squares line of best fit through these data points.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Take the values that i attached and solve question 7 plz solve correctly and show neat and clean work plz using matlab
7) Obtain N = 40B equally spaced values of x by using this matlab command with your own values of A, B and C: N=40*B; X=linspace(0, N-1,N)'/B; Obtain corresponding values of y with: rng (1); Y=A+B*X. ^2+C+log (X+1)+5*B*randn (N, 1); and give m and such that y = mx + c is the least squares line of best fit through these data points.
Transcribed Image Text:7) Obtain N = 40B equally spaced values of x by using this matlab command with your own values of A, B and C: N=40*B; X=linspace(0, N-1,N)'/B; Obtain corresponding values of y with: rng (1); Y=A+B*X. ^2+C+log (X+1)+5*B*randn (N, 1); and give m and such that y = mx + c is the least squares line of best fit through these data points.
A=33) 18=9, с=4
Transcribed Image Text:A=33) 18=9, с=4
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