The table lists average monthly temperature and electricity cost for a Texas home in 2008 the table displays the values rounded to the nearest whole number make a scatter plot how would you describes the correlation?

January 57 A.T. 150 E.B.
February 55A.T. 152 E.B
March. 60 A T. 150 E.B
April. 63 A.T. 152 E.B
May. 67 A.T. 157 E.B
June. 72 A.T. 159 E.B
July. 74 A.T. 163 E.B.
August. 79 A.T. 167 E.B.
Thanks

Algebra 2: Unit 3 Lesson 5:

1) temperature increases, the electricity cost increases, there is positive correlation
2) D. $172, 600
3) 1.10d + 1.70
4) y = (5/2)x + 5
5) $5.06

Algebra 2: Unit 3 Lesson 6: CBBAD

Jovana is correct

jovanas still correct 2021

jovanas correct

Is this connexus?

Kawaii yes

To create a scatter plot for the given data, plot the average monthly temperature (A.T.) on the x-axis and the electricity cost (E.B.) on the y-axis. Then, plot each data point according to their respective values.

Here is the scatter plot based on the given data:

```
|
170 ──┤
──┼──────┤
165 ──┤ │
──┼──────┤
160 ──┤ │
Electricity Cost (E.B.) ──┼──────┤
──┼──────┤
155 ──┤ │
──┼──────┤
150 ──┤ ┊
──┼──────╎──────┤
145 ──┤ ┊ ┊
──┼──────╎──────┤
140 ──┤ ┊ ┊
──┼──────╎──────┤
135 ──┤ ┊ ┊
──┼──────╎──────┤
130 ──┤ ┊ ┊
──┼──────╎──────┤
125 ──┤ ┊ ┊
──┼──────╎──────┤
120 ──┤ ┊ ┊
──┼──────╎──────┤
115 ──┤ ┊ ┊
──┼──────╎──────┤
110 ──┤ ┊ ┊
──┼──────╎──────┤
105 ──┤ ┊ ┊
──┼──────╎──────┤
100 ──┤ ┊ ┊
──┼──────╎──────┤
──┴──────╎──────┴──────┬──────┴──────┬──────┴──────
50 55 60 65 70 75
Average Monthly Temperature (A.T.)
```

To analyze the correlation between average monthly temperature and electricity cost, we look at the overall trend of the plotted data points. Based on the scatter plot, we can observe a positive correlation between average monthly temperature and electricity cost. As the average monthly temperature increases, the electricity cost also tends to increase.