a) Of course, you cannot draw a straight line that will connect every point. However, you can draw a line of "best fit" based on what you think it is "best". (Try to hit at least two points) b) Now, find an equation (in statistics way) for your line of "best fit", follow the example from page 1. c) Based on your equation, how much of an increase or decrease in the width for every 1 millimeter increased in the length? (hint: the slope)

MATLAB: An Introduction with Applications
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ISBN:9781119256830
Author:Amos Gilat
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Chapter1: Starting With Matlab
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Im not sure how to start this problem can you by any chance help me.

a) Of course, you cannot draw a straight line that will connect every point. However, you can draw a
line of "best fit" based on what you think it is "best". (Try to hit at least two points)
b) Now, find an equation (in statistics way) for your line of "best fit", follow the example from page 1.
c) Based on your equation, how much of an increase or decrease in the width for every 1 millimeter
increased in the length? (hint: the slope)
Transcribed Image Text:a) Of course, you cannot draw a straight line that will connect every point. However, you can draw a line of "best fit" based on what you think it is "best". (Try to hit at least two points) b) Now, find an equation (in statistics way) for your line of "best fit", follow the example from page 1. c) Based on your equation, how much of an increase or decrease in the width for every 1 millimeter increased in the length? (hint: the slope)
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