Josie is a travel agent who loves to analyze data about the vacation destinations she books for her clients. She believes that the more she knows about a destination, the better she can educate and prepare her clients to get the most enjoyment out of
their trips. She's recently been investigating the climate of Paradise Island, where one of her biggest clients, Jack, is planning to
visit. Her research of the temperature history of Paradise Island is vital to Jack's travel plans, as he has an ideal temperature
that he prefers for vacationing. In this task, you'll use technology and regression techniques to help Josie plan Jack's ideal
vacation to Paradise Island.
Part A
Josie has collected data that shows the average daily high temperature for several months over the last year. In her table
of data, month 1 can be interpreted as January, month 2 as February, and so on.
Month, x
Average Daily High Temperature, y
(°F)
50
56
1
2
3
67
5
84
6
89
7
98
92
84
9
10
12
58
button to insert a screenshot of your scatter plot in the

The scatter plot for the data is attached below.

Step-by-step explanation:

The data collected by Joise for the average daily high temperature for several months over the last year is as follows:

Month              X      Average Daily High Temperature, Y (°F)

January            1                                   50

February          2                                  56

March               3                                  67

May                  5                                  84

June                 6                                  89

July                   7                                  98

September       9                                  92

October           10                                  84

December       12                                  58

The scatter plot for the data is attached below.

water molecules will move from the side of higher water concentration to the side of lower concentration until both solutions are isotonic. at this point, equilibrium is reached. in an isotonic solution, the flow of water in and out of the cell is happening at the same rate.

hope this < 3