On some yes, on others no.
We more or less do, we just call them declination and right ascension instead. The two concepts are mathematically equivalent.
There is no term for where "latitude and longitude meet" since they are not absolutely defined points or lines; instead, they are coordinates which must be used in tandem to define a point and can vary over any part of the earth's surface (or any object which is given a system of latitude and longitude).
Yes, the location of a place can be compared to another place in terms of relative distance, direction, and position on a map or in relation to landmarks. Comparing locations helps to understand spatial relationships and can be useful for navigation and determining proximity.
Every latitude extends all the way around the Earth, and is unrelated to the time at any place.If you were to consider longitude instead, the difference in solar time between two longitudes is(longitude #1)degrees minus (longitude #2)degrees/15 hours.
If you are North of the equator.....If you travel north, latitude increases,If you travel south, latitude decreases.If you are South of the equator.....If you travel north, latitude decreases,If you travel south, latitude increases.
The terms "latitude" and "longitude" only apply to terrestrial navigation here on the surface of the Earth. In Astronomy, the terms "right ascension" and "declination" are used instead. The RA of Pisces is 1 hour and the declination is +15 degrees.
The Oregon/Washington border on the west coast is in the middle of the Columbia River where it meets the Pacific Ocean, so it's hard to pin down an exact point. The closest we can read it is 46.262998° north latitude 124.067246° west longitude. but those coordinates could be off by 100-ft or more. You should not use these figures for purposes of precise navigation, and should consult a competent, licensed land surveyor instead.
I was not able to find a place called "Ottowa", so I've selected Ottawa instead. Thecenter of the intersection of Main St and Columbus St in Ottawa IL is located at41.3457° north latitude88.8412° west longitude.Other spots around town have different coordinates.
Instead of having nice, easy to read, web addresses (google.com), you would have to remember a computer's IP Address (74.125.224.72). Basically, DNS tells yours computer that when you enter Google.com, it needs to connect to 74.125.224.72. It's like remember a houses address instead of it's latitude and longitude. DNS is just a system that relates the two.
The vertical (or latitude) scale increases with latitude, keeping the hoizontal (longitude) constant. This is in order to make the lines of longitude parallel on the chart, instead of, in reality, converging toward the poles. This allows courses to be plotted and drawn on the chart, as straight lines crossing the lines of longitude at the same angle. Known as 'plane sailing'. ie. it is on a plane (flat surface) not a globe.
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.
Since the question is somewhat stingy with its information, we had to make someassumptions.1). We assumed that it's not referring to Miami in Manitoba, Arizona, Iowa, Indiana,Missouri, New Mexico, Oklahoma, Texas, or West Virginia, and we went instead withMiami, Florida.2). Miami, Florida is a big place. We assumed that the individual who posted the questionwill be satisfied with the coordinates of the point in downtown Miami near City Hall, at theeast end of Flagler Street, the zero of north/south address numbering.The intersection of E. Flagler St. and N/S Biscayne Blvd. is located at25° 46' 26.7" north latitube80° 11' 14.1" west longitubeThe numbers will change as soon as you go 30 feet from that spot.