The compass you hold in your hand tells which direction you're facing, and if you watch it for a while, you can figure out which direction you're moving. It tells you nothing about where you are, or how to get where you want to go; and it can't help you swap any useful information with the lost sailor you're talking to on the radio.
You need a system to measure, and a language to describe, where on earth things are located, and to exchange those descriptions between your maps, yourself, and other people. The measurement system and the language are latitude and longitude coordinates.
Let me put it this way--Do you have space in your car's glove compartment for a globe? Seriously though, since a globe is a model of the whole earth the only way to get a bigger picture with more details is by making the whole globe bigger. Think of a map as a little slice off the surface of a globe. It may be somewhat distorted by being flattened but it shows the level of detail you need in an efficiently portable manner. Maps can even be transmitted over the internet. The advantage of a globe is that it shows accurate distances. For example, a globe shows that the shortest line from Greenland to Russia goes near the North Pole.
its more helpful because you know that longitude is long ways and latitude is across.
because they are parallel lines and can point out exact points unlike longitude which are kind of not parallel
it's because you can find the exact posiston of the location you are looking for!
Both are essential for finding your way.
umm
I need help
GPS receivers do not 'use' elevation for anything. They use the signals from several satellites simultaneously to calculate the latitude, longitude, and elevation of the receiver's location. It takes a minimum of three satellites to calculate the latitude and longitude, a minimum of four satellites to calculate the latitude, longitude, and elevation, if more satellites can be found the latitude, longitude, and elevation calculations can be refined more accurately.
GPS receivers do not 'use' elevation for anything. They use the signals from several satellites simultaneously to calculate the latitude, longitude, and elevation of the receiver's location. It takes a minimum of three satellites to calculate the latitude and longitude, a minimum of four satellites to calculate the latitude, longitude, and elevation, if more satellites can be found the latitude, longitude, and elevation calculations can be refined more accurately.
It is that Longitude and Latitude are more accurate than alpha numetic grid references. :)
Longitude proved more difficult to determine because longitude was based in the concept of time, making clocks an important variable in navigation. The time and distance in addition to the use of the sextant for latitude proved more difficult than measuring the latitude.
The lines aren't measured at all, any more than the marks on a ruler need to be.It's the latitude and longitude that need to be measured, and lines are oftenprinted on maps in order to make the job easier. Latitude and Longitude are angles,so they're described in angle units, most commonly in degrees and fractions of degrees.If you see a line on a map, every point on the 'line' has the same latitude or the samelongitude, so there's nothing on the line to measure.
longitude is easy latitude does not give a hint in the word
longitude and latitude are more scientific words so it makes them seem smarter
There are manytropical rainforests, and they each take up more than one latitude and longitude.
It is that Longitude and Latitude are more accurate than alpha numetic grid references. :)
GPS receivers do not 'use' elevation for anything. They use the signals from several satellites simultaneously to calculate the latitude, longitude, and elevation of the receiver's location. It takes a minimum of three satellites to calculate the latitude and longitude, a minimum of four satellites to calculate the latitude, longitude, and elevation, if more satellites can be found the latitude, longitude, and elevation calculations can be refined more accurately.
GPS receivers do not 'use' elevation for anything. They use the signals from several satellites simultaneously to calculate the latitude, longitude, and elevation of the receiver's location. It takes a minimum of three satellites to calculate the latitude and longitude, a minimum of four satellites to calculate the latitude, longitude, and elevation, if more satellites can be found the latitude, longitude, and elevation calculations can be refined more accurately.
GPS receivers do not 'use' elevation for anything. They use the signals from several satellites simultaneously to calculate the latitude, longitude, and elevation of the receiver's location. It takes a minimum of three satellites to calculate the latitude and longitude, a minimum of four satellites to calculate the latitude, longitude, and elevation, if more satellites can be found the latitude, longitude, and elevation calculations can be refined more accurately.
There are many Bloomingtons. Can you be more specific?
Including its coastal islands, Antarctica occupies a range of more than 50° degrees of latitude, and all 360° of longitude.
You'll have to be more specific. Every latitude crosses all longitudes, and every longitude crosses all latitudes.
Longitude because you needed a chronometer and it hadn't been invented yet.
If you use longitude and latitude you can find a location easily on the globe.