The cartographer, publisher, or printer of the map does that.
because when you put them together you get a graph and the points on the graph are your answer
Any geographic point on the Earth can be identified by its latitude and longitude. However, locations underground may not be accessible at the same point above them on the surface. Any online map site should let you enter the latitude and longitude to see what is located there.Latitude is always first and on the side so you would find latitude then longitude is up and down then u would put your finger on the point then follow the line until your fingers meet.Take two fingers, place one on the latitude you want and the other on the longitude you want. Then move your fingers along the lines until they connect. Make sense?
There are many things which are depend on coordinate geometry, for example when a person or government wants to find where a place is situated, or the location of a person, longitude and latitude coordinates can be used to find them. The whole globe is based on longitude and latitude - where the lines of longitude and latitude meet is a coordinate.For example, it is possible to find the longitude and latitude of a place and then use those coordinates to find the place on a map. The location could also be put into a sat-nav device which uses its current longitude and latitude coordinates to work out a route to the destination - all in little steps between different coordinates.
Any geographic point on the Earth can be identified by its latitude and longitude. However, locations underground may not be accessible at the same point above them on the surface. Any online map site should let you enter the latitude and longitude to see what is located there.Latitude is always first and on the side so you would find latitude then longitude is up and down then u would put your finger on the point then follow the line until your fingers meet.Take two fingers, place one on the latitude you want and the other on the longitude you want. Then move your fingers along the lines until they connect. Make sense?
Any geographic point on the Earth can be identified by its latitude and longitude. However, locations underground may not be accessible at the same point above them on the surface. Any online map site should let you enter the latitude and longitude to see what is located there.Latitude is always first and on the side so you would find latitude then longitude is up and down then u would put your finger on the point then follow the line until your fingers meet.Take two fingers, place one on the latitude you want and the other on the longitude you want. Then move your fingers along the lines until they connect. Make sense?
15 S 75 74 E is the Indian Ocean.You have to put latitude and longitude, not two lines of latitude, as in the question.
Some of the people who regularly use latitude and longitude in their jobs are: geographers, cartographers, members of the Armed Services or military, geologists, aviators, travel agents, historians and social studies teachers.
If you select any two random values of latitude, and put a dot on the globe at every point on Earth that has one of those latitudes, you'll wind up with two lines that go all the way around the globe. The two lines will be parallel to each other ... they'll be the same distance apart everywhere, and they won't touch or cross anywhere. Such lines are called 'parallels of constant latitude'.
-- Most of the imaginary lines on the surface are parallels of latitude, meridians of longitude, political boundaries, and shipping routes. -- The imaginary lines through the center of the globe are the axis and diameters.
you get a decent GPS and put in the longitude and latitude of the place you want to go to. then you go in the direction that the GPS tells you until you are right on top of the coordinates you put in.
Because that's its definition. When the scale of latitude was invented, zero could have been placed anywhere. For example, the south pole might have been defined as the zero, and latitudes on earth would range from zero up to 180° at the north pole. But instead, it was decided to put zero in the middle, and call the south latitudes negative and the north ones positive.
google earth