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book College Algebra in Context with Applications for the Managerial, Life, and Social Sciences 3rd Edition by Ronald J Harshbarger, Lisa Yocco cover

College Algebra in Context with Applications for the Managerial, Life, and Social Sciences 3rd Edition by Ronald J Harshbarger, Lisa Yocco

Edition 3ISBN: 032157060X
book College Algebra in Context with Applications for the Managerial, Life, and Social Sciences 3rd Edition by Ronald J Harshbarger, Lisa Yocco cover

College Algebra in Context with Applications for the Managerial, Life, and Social Sciences 3rd Edition by Ronald J Harshbarger, Lisa Yocco

Edition 3ISBN: 032157060X
Exercise 36
Step-by-step solution
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Step 1 of 4

a. Steps to create a scatter plot to identify the best model by using a graphing utility.

1. Set the window of the scatter plot as     <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table>

2. Use table graph feature and enter the corresponding tabular values as shown below: Here     <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table> denote the age of smokers and     <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table> denote the monthly insurance rates for $100,000 life insurance policy.

    <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table>

    <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table>

    <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table>

    <div class=answer> a. Steps to create a scatter plot to identify the best model by using a graphing utility. 1. Set the window of the scatter plot as   2. Use table graph feature and enter the corresponding tabular values as shown below: Here   denote the age of smokers and   denote the monthly insurance rates for $100,000 life insurance policy. <table style=border-collapse:collapse; border=1>     <tbody>      <tr>       <td>   </td>       <td>   </td>       <td>   </td>       <td>   </td>      </tr>      <tr>       <td> 35 </td>       <td> 17.32 </td>       <td> 43 </td>       <td> 23.71 </td>      </tr>      <tr>       <td> 36 </td>       <td> 17.67 </td>       <td> 44 </td>       <td> 25.11 </td>      </tr>      <tr>       <td> 37 </td>       <td> 18.02 </td>       <td> 45 </td>       <td> 26.60 </td>      </tr>      <tr>       <td> 38 </td>       <td> 18.46 </td>       <td> 46 </td>       <td> 28.00 </td>      </tr>      <tr>       <td> 39 </td>       <td> 19.07 </td>       <td> 47 </td>       <td> 29.40 </td>      </tr>      <tr>       <td> 40 </td>       <td> 19.95 </td>       <td> 48 </td>       <td> 30.80 </td>      </tr>      <tr>       <td> 41 </td>       <td> 21.00 </td>       <td> 49 </td>       <td> 32.55 </td>      </tr>      <tr>       <td> 42 </td>       <td> 22.22 </td>       <td> 50 </td>       <td> 34.47 </td>      </tr>     </tbody>    </table>

35

17.32

43

23.71

36

17.67

44

25.11

37

18.02

45

26.60

38

18.46

46

28.00

39

19.07

47

29.40

40

19.95

48

30.80

41

21.00

49

32.55

42

22.22

50

34.47


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College Algebra in Context with Applications for the Managerial, Life, and Social Sciences 3rd Edition by Ronald J Harshbarger, Lisa Yocco
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