This geography problem is solved step by step below, with detailed explanations to help you understand the method and arrive at the correct answer.
ScanSolve AI Answer
Step 1: Identify the maximum and minimum temperatures from the table. The temperatures for each month are: January: 22^ February: 25^ March: 29^ April: 32^ May: 31^ June: 28^ July: 27^ August: 26^ September: 27^ October: 27^ November: 26^ December: 31^ The maximum temperature is 32^. The minimum temperature is 22^. Step 2: Calculate the Annual Range of temperature. The annual range of temperature is the difference between the maximum and minimum temperatures. Annual Range = Maximum Temperature - Minimum Temperature Annual Range = 32^ - 22^ Annual Range = 10^ The annual range of temperature is 10^. Step 3: Identify the monthly rainfall amounts from the table. The rainfall amounts for each month are: January: 0 mm February: 3 mm March: 3 mm April: 13 mm May: 64 mm June: 122 mm July: 201 mm August: 307 mm September: 146 mm October: 13 mm November: 0 mm December: 1 mm Step 4: Calculate the Annual Rainfall. The annual rainfall is the sum of all monthly rainfall amounts. Annual Rainfall = 0 + 3 + 3 + 13 + 64 + 122 + 201 + 307 + 146 + 13 + 0 + 1 Annual Rainfall = 6 + 13 + 64 + 122 + 201 + 307 + 146 + 13 + 1 Annual Rainfall = 19 + 64 + 122 + 201 + 307 + 146 + 13 + 1 Annual Rainfall = 83 + 122 + 201 + 307 + 146 + 13 + 1 Annual Rainfall = 205 + 201 + 307 + 146 + 13 + 1 Annual Rainfall = 406 + 307 + 146 + 13 + 1 Annual Rainfall = 713 + 146 + 13 + 1 Annual Rainfall = 859 + 13 + 1 Annual Rainfall = 872 + 1 Annual Rainfall = 873 mm The annual rainfall is 873 mm. Send me the next one 📸