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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 below shows the average monthly temperatures in City A and City B over a year
Overall, it can be seen that temperatures are fluctuated in both cities and reach the highest peak in June and July, whilst being the opposite in both January and February.
We can see that city A has the coldest temperature recorded in January, hitting bottom with 30 degree Celsius. And from that it starts climbing, reaching its peak in June with 48 degree Celsius and significant difference in temperature of 18 degree Celsius. After that, average temperature starts dropping, reaching its lowest in January and starts regaining the temperature again.
Meanwhile, with City B, they also share a similar trend with the peak July with 40 degree Celsius and reaching its lowest point in January with only 10 degree Celsius.
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