A longitude is a line that circles the globe from north to south. Longitudes are used to specify a location in degrees from east to west on the globe. See picture above. If the picture hasn't been changed the lines (not the equator) are longitudinal lines.
A longitude is a line that circles the globe from north to south. Longitudes are used to specify a location in degrees from east to west on the globe. See picture above. If the picture hasn't been changed the lines (not the equator) are longitudinal lines.
First, look on the map to find the line of latitude that the coordinates reference. If the exact line of latitude isn't shown on the map, estimate it by looking at the lines that are available. Then look on the map to find the longitude line that the coordinates reference. Once you have found the two lines, follow them both towards the point where they intersect. That is the location the coordinates reference.
The New Madrid fault line is located in the central United States. Its approximate coordinates are 36.6°N latitude and 89.6°W longitude.
Well, let's see . . . . . A "meridian" is a line of constant longitude, so wherever you are on it, the longitude is always the same number. Also, a meridian of longitude is a line that stretches all the way between the north pole and the south pole, covering all possible latitudes. So the coordinates on the central meridian are: (Any latitude you want), and (The same longitude everywhere on it).
Are you asking "Where is the point located whose coordinates are 0° latitude 0° longitude ?" ? That point is at sea in the Gulf of Guinea, about 385 miles south Accra, Ghana.
The meridian of longitude passing over Greenwich, England.
A longitude is a line that circles the globe from north to south. Longitudes are used to specify a location in degrees from east to west on the globe. See picture above. If the picture hasn't been changed the lines (not the equator) are longitudinal lines.
the distance from the origin
The lines of latitude provide vertical (north-south) coordinates on a map or globe. Lines of longitude provide horizontal (east-west) coordinates. The defined geographical point is where the latitude line intersects the longitude line.
First, look on the map to find the line of latitude that the coordinates reference. If the exact line of latitude isn't shown on the map, estimate it by looking at the lines that are available. Then look on the map to find the longitude line that the coordinates reference. Once you have found the two lines, follow them both towards the point where they intersect. That is the location the coordinates reference.
The equator is the origin for the lines of latitude
The New Madrid fault line is located in the central United States. Its approximate coordinates are 36.6°N latitude and 89.6°W longitude.
Well, let's see . . . . . A "meridian" is a line of constant longitude, so wherever you are on it, the longitude is always the same number. Also, a meridian of longitude is a line that stretches all the way between the north pole and the south pole, covering all possible latitudes. So the coordinates on the central meridian are: (Any latitude you want), and (The same longitude everywhere on it).
Europe, Africa, and North America check on a map with coordinates
Coordinates given in WikiPedia indicate a longitude of 21 degrees east. This puts the point at which this coordinate is set east of the 20 degree line.
There are two main types: Cartesian coordinates and Polar coordinates.In n-dimensional Cartesian coordinates there are n axes which are [usually] orthogonal and which meet at a single point called the origin. The coordinates of any point in the n-space are defined by the ordered n-tuple whose terms refer to the distances of the point, from the origin, along each of the axes.In n-dimensional Polar coordinates, the point is located using its distance from the origin and the angles that this radial line makes with specified lines and planes.
Coordinates. These may be Cartesian - ie distance from the origin in mutually perpendicular (orthogonal) directions. Or they may be polar. Polar coordinates consists of the length of the line joining the point to the origin together with the angles that the line makes with the various principal planes (or hyperplanes).