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Difference between revisions of "The logic behind road numbers"
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Roads that run north/south have odd numbers. Thus, 95 runs from Florida to Canada. | Roads that run north/south have odd numbers. Thus, 95 runs from Florida to Canada. | ||
| − | Roads that run east/west have even numbers. Thus, [[Route 2]] runs from Cambridge, out through Williamstown, and beyond. I-40 runs from Wilmington, NC, to somewhere way out west | + | Roads that run east/west have even numbers. Thus, [[Route 2]] runs from Cambridge, out through Williamstown, and beyond. I-40 runs from Wilmington, NC, to somewhere way out west, past Texas. And Highway/Route 66 is perhaps the most famous example of an American east/west road. |
Knowing this logic can (sort of) help you navigate when you are lost. | Knowing this logic can (sort of) help you navigate when you are lost. | ||
Revision as of 20:15, January 20, 2006
(The word "road" is used here to avoid the route/highway argument.)
Knowing the logic behind road numbers can help you navigate when you are lost.
Roads that circumscribe major metropolitan areas have three digits. Thus, 495 circumscribes the Boston area.
Roads that run north/south have odd numbers. Thus, 95 runs from Florida to Canada.
Roads that run east/west have even numbers. Thus, Route 2 runs from Cambridge, out through Williamstown, and beyond. I-40 runs from Wilmington, NC, to somewhere way out west, past Texas. And Highway/Route 66 is perhaps the most famous example of an American east/west road.
Knowing this logic can (sort of) help you navigate when you are lost.
