Latitude and longitude from GPS are used to pinpoint an absolute location.
If the coordinates are represented in Degrees-minute-second (DMS) notation (e.g. 51°30′26″N 0°7′39″W for London) then a whole number difference in seconds field is 1 arc second = 1/60/60 degree which maps to a location with an accuracy of approximately 30 meters. If 30 meters accuracy is not sufficient then fractional seconds can be used with as many decimal places needed for greater accuracy.
Latitude and Longitude
Any point on Earth has a specific location that is determined by an imaginary grid of lines denoting latitude and longitude. Parallels of latitude measure distances north and south of the line called the Equator. Meridians of longitude measure distances east and west of the line called the Prime Meridian. Geographers use latitude and longitude to pinpoint a place's absolute, or exact, location.
Absolute location is determined by geographers by the coordinate system using longitude and latitude. Any point on the Earth's surface can be determined based on where it is with north and south, and east and west coordinates.
Geographers use latitude and longitude coordinates to indicate the absolute location of any place on Earth. Latitude measures how far north or south a place is from the equator, while longitude measures how far east or west a place is from the Prime Meridian.
It could be either absolute location or relative location, depending on how specific the description is. -or position
they usually use longitude and latitude to describe exactly where they are on the surface of the earth .
The two types of location are absolute location, which refers to a specific point on Earth identified by coordinates, and relative location, which describes a place in relation to its surroundings and other landmarks.
Latitude and longitude from GPS are used to pinpoint an absolute location.If the coordinates are represented in Degrees-minute-second (DMS) notation (e.g. 51°30′26″N 0°7′39″W for London) then a whole number difference in seconds field is 1 arc second = 1/60/60 degree which maps to a location with an accuracy of approximately 30 meters. If 30 meters accuracy is not sufficient then fractional seconds can be used with as many decimal places needed for greater accuracy.
Absolute Location ( street address, gps coordinates, longitude and latitude, ect.) and Relative Location ( next door, around the corner, next to CVS, across from the school)
to identify the precise location of any place on earth
to pinpoint location on a topographic map you must eat chicken nuggets first. Then you take a shower, after you must go to bed.
compas rose