3. The following table shows the number of automobile crashes in Durham county by year 2016 2017 year(x): crashes(y): 2008 2009 2010 2011 2012 2013 2014 2015 7689 7422 7233 7722 8035 8193 8626 9333...

Solve these 2 questions using the data table down below please
3. The following table shows<br>the number of automobile crashes in Durham county by year<br>2016<br>2017<br>year(x):<br>crashes(y):<br>2008<br>2009<br>2010<br>2011<br>2012<br>2013<br>2014<br>2015<br>7689<br>7422<br>7233<br>7722<br>8035<br>8193<br>8626<br>9333<br>10199<br>10539<br>Table 3: Crashes in Durham by year<br>

Extracted text: 3. The following table shows the number of automobile crashes in Durham county by year 2016 2017 year(x): crashes(y): 2008 2009 2010 2011 2012 2013 2014 2015 7689 7422 7233 7722 8035 8193 8626 9333 10199 10539 Table 3: Crashes in Durham by year
For this question use Table 3 in the Lab 29 data sheet. You can use<br>the same procedure as in the first question.<br>A. Store the year in<br>L1<br>and the number of car crashes in Durham in<br>L2<br>B. Find the equation of the line of best fit<br>y = m * x + b<br>1. Save the slope m as M =<br>2. Save the y-intercept b as B =<br>

Extracted text: For this question use Table 3 in the Lab 29 data sheet. You can use the same procedure as in the first question. A. Store the year in L1 and the number of car crashes in Durham in L2 B. Find the equation of the line of best fit y = m * x + b 1. Save the slope m as M = 2. Save the y-intercept b as B =

Jun 11, 2022
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