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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 given line graph depicts information about the quantity of temperature change on average monthly for A and B from January to December.
Overall, it can be observed from the line graph that the number of temperatures fluctuated throughout the year in both cities. Additionally, city A consistently maintains higher average monthly temperatures compared to city B.
City A starts with a markedly high temperature of about 30 degrees in January, is maintained, soared gradually, and peaked at 47 degrees in June. Before the temperature diminished by around 31 degrees in December.
On the other hand, city B commences the year with a minimal temperature just below 10 degrees. It surged substantially to the highest at 40 degrees in July, followed by bottoming out at 15 degrees in December.
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