The line graph illustrates the average monthly temperatures in two cities, City A and City B, over a one-year period.
Overall, both cities experience a rise in temperature during the first half of the year, followed by a gradual decline in the second half. However, City A remains considerably warmer than City B throughout the year. In addition, City A reaches its highest temperature earlier than City B.
At the beginning of the year, City A records an average temperature of about 30°C in January, compared with only 10°C in City B. Temperatures then increase steadily in both locations. By April, City A has reached approximately 40°C, while City B stands at around 25°C. The upward trend continues until early summer, with City A peaking at roughly 48°C in June. In contrast, City B continues to warm and reaches its maximum temperature of about 40°C in July.
Following their peaks, temperatures in both cities begin to fall. City A declines gradually from around 47°C in July to approximately 32°C in December. Similarly, City B drops from 40°C in July to 15°C by the end of the year. Although the temperature gap narrows slightly during the warmer months, City A consistently remains between 8°C and 20°C warmer than City B throughout the year.
In summary, while both cities follow a similar seasonal pattern, City A is significantly hotter than City B across all twelve months.