Date High Temperature Low Temperature Bin Frequency 01/05/16 44 22 20 0 01/06/16 45 28 30 0 01/07/16 60 41 40 4 01/08/16 55 48 50 13 01/09/16 52 48 60 23 01/10/16 54 30 70 17 5 01/11/16 45 23 80 3 0 01/12/16 53 21 More 0 01/13/16 50 26 01/14/16 60 24 Bin Frequency 01/15/16 51 31 20 0 01/16/16 60 42 30 0 01/17/16 48 32 40 4 01/18/16 39 25 50 13 01/19/16 41 20 60 23 01/20/16 50 24 70 17 01/21/16 49 38 80 3 01/22/16 47 31 01/23/16 35 27 01/24/16 53 23 01/25/16 59 25 01/26/16 64 32 01/27/16 50 41 01/28/16 52 33 01/29/16 59 30 01/30/16 67 28 01/31/16 69 35 02/01/16 69 51 02/02/16 76 50 02/03/16 68 49 02/04/16 54 38 02/05/16 50 28 02/06/16 51 24 02/07/16 56 25 02/08/16 53 28 02/09/16 37 28 02/10/16 40 22 02/11/16 56 21 02/12/16 64 32 02/13/16 44 30 02/14/16 50 25 02/15/16 62 37 02/16/16 61 38 02/17/16 55 37 02/18/16 62 29 02/19/16 66 30 02/20/16 63 39 02/21/16 67 50 02/22/16 62 54 02/23/16 64 56 02/24/16 64 41 02/25/16 54 39 02/26/16 52 31 02/27/16 61 28 02/28/16 68 28 02/29/16 72 44 03/01/16 72 44 03/02/16 55 37 03/03/16 51 32 More Histogram 25 20 15 Frequency Frequency 10 20 30 40 50 60 70 80 More Bin 0 9.249141 Standard Deviation 03/04/16 55 Mean 55.75 Median 55 Mode 50 36 Date High Temperature Low Temperature Bin Frequency 01/05/16 44 22 20 1 01/06/16 45 28 30 26 01/07/16 60 41 40 19 01/08/16 55 48 50 11 01/09/16 52 48 More 3 01/10/16 54 30 01/11/16 45 23 01/12/16 53 21 01/13/16 50 26 01/14/16 60 24 01/15/16 51 31 20 1 01/16/16 60 42 30 27 01/17/16 48 32 30 40 18 25 01/18/16 39 25 50 11 20 01/19/16 41 20 01/20/16 50 24 01/21/16 49 38 5 01/22/16 47 31 0 01/23/16 35 27 01/24/16 53 23 01/25/16 59 25 01/26/16 64 32 01/27/16 50 41 01/28/16 52 33 01/29/16 59 30 01/30/16 67 28 01/31/16 69 35 02/01/16 69 51 02/02/16 76 50 02/03/16 68 49 02/04/16 54 38 02/05/16 50 28 02/06/16 51 24 02/07/16 56 25 02/08/16 53 28 02/09/16 37 28 02/10/16 40 22 02/11/16 56 21 02/12/16 64 32 02/13/16 44 30 02/14/16 50 25 02/15/16 62 37 02/16/16 61 38 02/17/16 55 37 02/18/16 62 29 02/19/16 66 30 02/20/16 63 39 02/21/16 67 50 02/22/16 62 54 02/23/16 64 56 02/24/16 64 41 02/25/16 54 39 02/26/16 52 31 02/27/16 61 28 02/28/16 68 28 02/29/16 72 44 03/01/16 72 44 03/02/16 55 37 03/03/16 51 32 60 Bin More Frequency 3 Histogram Frequency 15 Frequency 10 20 30 40 Bin 50 More 03/04/16 55 36 Mean 33.4833333333 Median 31 Mode 28 Probablitiy QNT/351 Version 5 University of Phoenix Material PROBABILITY Maximum and Minimum Temperatures Search the Internet for U.S. climate data. Choose the city in which you live. Click on the tab that reads \"Daily.\" 1. Prepare a spreadsheet with three columns: Date, High Temperature, and Low Temperature. List the past 60 days for which data is available. 2. Prepare a histogram for the data on high temperatures and comment on the shape of the distribution as observed from these graphs. 3. Calculate and S. 4. What percentage of the high temperatures are within the interval - S to + S? 5. What percentage of the high temperatures are within the interval - 2S to + 2S? 6. How do these percentages compare to the corresponding percentages for a normal distribution (68.26% and 95.44%, respectively)? 7. Repeat Parts 2 to 6 for the minimum temperatures on your spreadsheet. 8. Would you conclude that the two distributions are normally distributed? Why or why not? Copyright 2016 by University of Phoenix. All rights reserved. 1