The lines of latitude tell the angle between a place and the Equator - the
imaginary line which runs east/west around the globe - at right angles to the
line connecting the north and south poles.
All lines of latitude are parallel to the Equator, and so they also run east/west
or west/east.
An easy way to remember the difference between latitude and longitude is
longitude has the word long in it. they go north and south or you may say up
and down and seem longer than the latitude lines which go left and right or
east and west. i dont think the lines actually are longer but they appear to be.
so think of it as longitude longer up and down. latitude the opposite, shorter,
left and right.
The lines of latitude on maps and globes 'run' in the same direction that
the marks on a ruler do.
The Equator is the starting point for measuring latitude on maps and globes. It is located at 0 degrees latitude and divides the Earth into the Northern and Southern Hemispheres.
Some maps and globes ... such as those with a line printed every 15° of latitude ... have lines marked at 45° north and 45° south. Some maps and globes ... such as those with a line printed every 10° of latitude ... don't. Some maps and globes have no lines printed on them at all.
They represent degrees of latitude.
Lines of latitude are also known as parallels as they circle the Earth parallel to the equator. They help us measure distances north or south of the equator.
The interval between lines of latitude is generally 1 degree, which is equal to approximately 111 kilometers. For lines of longitude, the interval also 1 degree at the equator but converges towards the poles. This means that longitude lines are furthest apart at the equator and converge to meet at the poles.
east and west
The Equator is the starting point for measuring latitude on maps and globes. It is located at 0 degrees latitude and divides the Earth into the Northern and Southern Hemispheres.
You can see latitude and longitude on maps and globes, since they are imaginary lines that cannot be seen on the surface of Earth.
Some maps and globes ... such as those with a line printed every 15° of latitude ... have lines marked at 45° north and 45° south. Some maps and globes ... such as those with a line printed every 10° of latitude ... don't. Some maps and globes have no lines printed on them at all.
Lines of latitude and longitude help us locate places on maps and globes. Latitude lines run horizontally and measure the distance north or south of the equator, while longitude lines run vertically and measure the distance east or west of the prime meridian. By using these lines, we can pinpoint the exact coordinates of any location on Earth.
They represent degrees of latitude.
There is no official set of "lines". Some globes and maps have more lines, spaced closer together. Some globes and maps have fewer lines, spaced farther apart. Some globes and maps have no lines at all. We have no way of knowing how many latitudes are marked on the globe or map that you're looking at today, and the next one you see may be marked at a different interval.
Latitude and longitude are angles that describe the location of a point on the Earth's surface. Longitudes range from zero to 180 degrees east or west. Latitudes range from zero to 90 degrees north or south. There are no official 'lines'. Some maps or globes have some lines printed on them to show where a few latitudes and longitudes are, and other maps and globes have no lines at all printed on them. I have mapping software that can print 324,000 latitude lines and 648,000 longitude lines if I want them, but I have never needed them yet.
That would be the parallel labeled "66.5° North" on maps or globes where 0.5° lines are printed. It's also the approximate latitude of the Arctic Circle.
The imaginary lines of longitude and latitude drawn on maps and globes of the Earth, is to aid navigation and accurately locating spots on the Earth's surface.
Lines of latitude are also known as parallels as they circle the Earth parallel to the equator. They help us measure distances north or south of the equator.
The interval between lines of latitude is generally 1 degree, which is equal to approximately 111 kilometers. For lines of longitude, the interval also 1 degree at the equator but converges towards the poles. This means that longitude lines are furthest apart at the equator and converge to meet at the poles.