Fit a line equation (a+bt) to your x(t) data in range from t=1 to t=5. a and b regression coefficients. Use your fitted line equation by calculating r^2 value to test your equation in the range from t=6 to t=9. Write the values of a, b, and r^2 value in the box below by splitting then with semicolons like a;b;r^2.(A=4, B=5) t36 to t-9.Write the values of a, b, and r^2 value in the box below by splitting them with semicolons likea;b;r^2.Your DataFill the table with your personal information with the following steps:x(t)y(t)Use the digits of your student id to get the values A and B. NExample: 170315046B is the last digit. A is the second to the last digit.170315046A=4Pick the function number A for x(t), function number B for y(t) fromthe table below. Fill the "Your Data" table by using these functionswith t values from 1 to 9. (Unit for angles is the radian)B=66.8A or B→FunctionA or BFunction0.4e/410 log(t)5 In(t)4 log2(t)8t2/56.t+sin(t)t+ cos(t)(5/4)*t- sin(t)t+ sin(t) cos(t)Yanıtınızı girin+123m 45

Given information: Let the five pairs of A, B be (2,3), (2,7), (4,5), (4,6), (8,4). Construct the…

Fit a line equation (a+bt) to your x(t) data in range from t=1 to t=5. a and b regression coefficients. Use your fitted line equation by calculating r^2 value to test your equation in the range from t=6 to t=9. Write the values of a, b, and r^2 value in the box below by splitting then with semicolons like a;b;r^2. (A=4, B=5)

Fit a line equation (a+bt) to your x(t) data in range from t=1 to t=5. a and b regression coefficients. Use your fitted line equation by calculating r^2 value to test your equation in the range from t=6 to t=9. Write the values of a, b, and r^2 value in the box below by splitting then with semicolons like a;b;r^2. (A=4, B=5)

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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