Looking at a map, the International Date Line doesn't follow the 180 meridian exactly. What is...

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Looking at a map, the International Date Line doesn't follow the 180° meridian exactly. What is the likely reason for the deviations? When the clock reads 12:00 pm Eastern Standard Time, the sun is directly over 75°W. Athens, GA, is located at 83.4°W. Knowing that it takes 60 minutes for the sun to cover 15° of longitude, how long does it take, in minutes, for the sun to be directly overhead Athens? In other words, what is the difference in minutes between the local sun time for Athens and the Eastern Standard Time? (Show your calculation to avoid missing points!) Looking at a map, the International Date Line doesn't follow the 180° meridian exactly. What is the likely reason for the deviations? When the clock reads 12:00 pm Eastern Standard Time, the sun is directly over 75°W. Athens, GA, is located at 83.4°W. Knowing that it takes 60 minutes for the sun to cover 15° of longitude, how long does it take, in minutes, for the sun to be directly overhead Athens? In other words, what is the difference in minutes between the local sun time for Athens and the Eastern Standard Time? (Show your calculation to avoid missing points!)

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The International Date Line is not located at exactly 180 lo... View the full answer