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The image is a line graph with two lines representing the average monthly temperatures (°C) for City A and City B; City A's temperature data points are approximately: Jan-10, Feb-10, Mar-12, Apr-20, May-30, Jun-37, Jul-40, Aug-40, Sep-35, Oct-27, Nov-20, Dec-12; City B's temperature data points are approximately: Jan-1, Feb-2, Mar-8, Apr-14, May-20, Jun-25, Jul-27, Aug-25, Sep-22, Oct-15, Nov-7, Dec-2; x-axis labeled 'Months' from 1 to 12; y-axis labeled 'Temperature (°C)' from 0 to 45 in increments of 5.
Given the complexity of the image, the above description may not be entirely accurate.
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The line graph illustrates the average monthly temperatures in city A and city B in one year from January to December. Overall, the average temperatures fluctuate over a year. In particular, city A and city B have the lowest average temperatures in January and the highest one in June and July respectively.
City A has the lowest average temperatures in January with 30℃. From January to June, it experienced an increase and reached its peak with 48℃. And then, average temperatures start diminishing until December.
Meanwhile, city B also has a slight similarity in the change in trend. The average temperatures hit bottom at 10℃ in January and then have a strong increase to 40℃ in July, which is twice compared to city A. From July to December, the city’s average temperature also gradually plummeted, similar to city A.
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