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longitude
[ lon-ji-tood, -tyood ]
noun
- Geography. angular distance east or west on the earth's surface, measured by the angle contained between the meridian of a particular place and some prime meridian, as that of Greenwich, England, and expressed either in degrees or by some corresponding difference in time.
- Astronomy.
longitude
/ ˈlɒndʒɪˌtjuːd; ˈlɒŋɡ- /
noun
- distance in degrees east or west of the prime meridian at 0° measured by the angle between the plane of the prime meridian and that of the meridian through the point in question, or by the corresponding time difference See latitude
- astronomy short for celestial longitude
longitude
/ lŏn′jĭ-to̅o̅d′ /
- A measure of relative position east or west on the Earth's surface, given in degrees from a certain meridian, usually the prime meridian at Greenwich, England, which has a longitude of 0°. The distance of a degree of longitude is about 69 statute miles or 60 nautical miles (111 km) at the equator, decreasing to zero at the poles. Longitude and latitude are the coordinates used to identify any point on the Earth's surface.
- Compare latitude
- Celestial longitude.
longitude
- A measurement, in degrees , of a place's distance east or west of the prime meridian , which runs through Greenwich , England . ( Compare latitude .)
Word History and Origins
Origin of longitude1
Word History and Origins
Origin of longitude1
Example Sentences
They also found that the aurora spanned about 1200 km in longitude, consisted of three separated structures, and ranged in altitude from 400-900 km.
Ciulla pulled together quadrangle maps, rectangular maps that cover a set amount of latitude and longitude and were mapped at a scale where one inch represents 2000 feet.
Stretching 5000km along the Indian Ocean's 90-degree east longitude and nearly matching the length of North America's Rocky Mountains, the ridge offers crucial new insights into the movement of the Earth's tectonic plates.
At 105 degrees West longitude, an active satellite might see a piece of junk come within 50km of its position up to four times a day.
Using this data, researchers applied the kriging method, a well-known statistical technique, to make predictions of soil-bearing layer thickness and depth based on geographic coordinates such as latitude and longitude.
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