The time difference per degree is 4 minutes. (1440 minutes divided by 360).
There are 15 degrees of longitude for each hourly time zone, yielding 24 zones times 15 degrees, which also equals 360.
"Lines of longitude" are conceptual, not physical; there can be as many as we want. For example, there are 3600 "seconds of longitude" between each degree of longitude. That's 60 minutes of arc per degree, and 60 seconds of arc per minute.
There are 15 degrees of longitude between every two minutes of longitude. Each degree of longitude is divided into 60 minutes.
there is no time difference between any two locations separated by x-amount of latitude as long as they are on the same longitude. When they are on different longitudes and separated by latitude count the number of longitudes between the locations to get the time difference
You can calculate the time difference between two locations by dividing the difference in longitude by 15 degrees, as each 15-degree interval represents a one-hour time difference. East is positive and west is negative when determining the direction of the time change.
At the equator, the circumference of the Earth is 40,075.16 km ( 24,901.55 miles). Divide that into 360 equal pieces to get the distance for each one degree of longitude. A degree of longitude at the equator is equal to 111.32 km.
"Lines of longitude" are conceptual, not physical; there can be as many as we want. For example, there are 3600 "seconds of longitude" between each degree of longitude. That's 60 minutes of arc per degree, and 60 seconds of arc per minute.
There are 15 degrees of longitude between every two minutes of longitude. Each degree of longitude is divided into 60 minutes.
there is no time difference between any two locations separated by x-amount of latitude as long as they are on the same longitude. When they are on different longitudes and separated by latitude count the number of longitudes between the locations to get the time difference
For each degree of longitude to the east, the local mean time is four minutes ahead.
You can calculate the time difference between two locations by dividing the difference in longitude by 15 degrees, as each 15-degree interval represents a one-hour time difference. East is positive and west is negative when determining the direction of the time change.
At the equator, the circumference of the Earth is 40,075.16 km ( 24,901.55 miles). Divide that into 360 equal pieces to get the distance for each one degree of longitude. A degree of longitude at the equator is equal to 111.32 km.
depends on the globe you look at
20
No. All of the meridians of longitude converge at the poles. So the north pole is located at every longitude,and the distance between any two longitudes at the north pole is zero.The largest distance covered by a degree of longitude occurs along the equator, where the meridiansare spread farthest apart. That's where one degree of longitude traverses about 111.22 km. (rounded)
it is deided by 467 then by 7 and timsed by 2
Firstly, different maps or atlases draw lines of latitude and longitude in varying degrees apart. Although most maps have differences of 10 degrees apart, atlases can be as close as 1 or 2 degrees. Secondly, you might be referring to the major lines of latitude and longitude, such as the Equator and the Prime Meridian. Some maps that are very small only show the major lines of latitude and longitude. The difference between the equator and the Tropics of Cancer and Capricorn is 23.5 degrees, while the difference between the equator and the Arctic and Antarctic Circles is 66.5 degrees. The difference between the Prime Meridian and the International Date Line is 180 degrees.
Longitude and latitude are given in degrees, each degree is 60 minutes, each minute is 60 seconds.A coordinate might be written similar to 65° 32' 15" (degree °, minute ', second ").