Interpret the provided data tables and graphs to answer questions about temperature and rainfall patterns across different months.

Here are the answers to your questions based on the provided data: 1. This question is an instruction to complete the graphs, not a question to be answered. The following answers assume the graphs are completed using the provided tables. 2. Step 1: Identify the highest temperature values in the "Temperature (°C)" row for Graph 1. The highest temperature is 24^. Step 2: Identify the months corresponding to this temperature. The months are June and July. The hottest months in Graph 1 are June and July*. 3. Step 1: Identify the lowest temperature value in the "Temperature (°C)" row for Graph 1. The lowest temperature is 12^. The coldest month in Graph 1 is 12^*. 4. Step 1: Identify the highest rainfall value in the "Rainfall (mm)" row for Graph 1. The highest rainfall is 90 mm. Step 2: Identify the month corresponding to this rainfall. The month is December. The wettest month in Graph 1 is December*. 5. Step 1: From the "Rainfall (mm)" row for Graph 1, identify the maximum rainfall. The maximum rainfall is 90 mm. The wettest month in Graph 1 is 90 mm*. 6. Step 1: Identify the lowest temperature value in the "Temperature (°C)" row for Graph 2. The lowest temperature is 10^. Step 2: Identify the month corresponding to this temperature. The month is January. The coldest month in Graph 2 is January*. 7. Step 1: Identify the warmest month's temperature in Graph 2. The warmest month is July with 25^. Step 2: Identify the coldest month's temperature in Graph 2. The coldest month is January with 10^. Step 3: Calculate the difference. 25^ - 10^ = 15^ The difference in temperature from the warmest to coldest month in Graph 2 is 15^*. 8. Step 1: Examine the "Rainfall (mm)" row for Graph 2. All months (January to December) have a rainfall value greater than 0 mm. 12 months* have rainfall in Graph 2. 9. Step 1: Identify the highest temperature value in the "Temperature (°C)" row for Graph 2. The highest temperature is 25^. Step 2: Identify the month corresponding to this temperature. The month is July. The hottest month in Graph 2 is July*. 10. Step 1: Calculate the total annual precipitation for Graph 1 by summing all monthly rainfall values. Graph 1 Total = 66 + 72 + 81 + 70 + 50 + 30 + 20 + 28 + 44 + 60 + 80 + 90 = 691 mm Step 2: Calculate the total annual precipitation for Graph 2 by summing all monthly rainfall values. Graph 2 Total = 85 + 70 + 55 + 35 + 20 + 10 + 5 + 15 + 30 + 50 + 75 + 90 = 570 mm Step 3: Compare the total annual precipitation for both graphs. 691 mm > 570 mm Graph 1* has more annual precipitation. Send me the next one 📸