Lines of latitude run east-west around the Earth parallel to the Equator, measuring the distance north or south from the Equator in degrees. Lines of longitude, or meridians, run north-south between the North and South Poles, measuring the distance east or west from the Prime Meridian in degrees. Both latitude and longitude help to pinpoint a specific location on Earth's surface.
Latitude: Lines of constant latitude are called 'parallels', because they are the circles that define the outlines of parallel planes, like slices of the earth cut with the knife lying down.
Longitude: Lines of constant longitude are called 'meridians' and are not parallel. They all converge at the North and South Poles, and divide the earth into pieces like the sections of an orange.
Lines of latitude and longitude allows any position on the Earth to be plotted.
If you used a sextant and a marine chronometer you could determine your position and plot this on a map using latitude and longitude. If you did this regularly you would be able to plot your course.
Latitude lines are parallel to each other and equidistant, while longitude lines converge at the poles. This difference in spacing causes the shape formed by the intersection of latitude and longitude lines to be a rectangle or trapezoid, rather than a perfect square.
Latitude is north/south of the equator measured in a series of degrees. Longitude is east/west, measured by a system of degrees from a fixed spot. So generaly at in a Latitude Longitude reading it will have a N or E. For example 25 01'59.72" N that would be latitude because of the N (meaning North) But in general I believe yes latitude is read first.
Yes, a map of California would have a grid system of latitude and longitude lines to help pinpoint locations accurately. This system is used globally to establish the coordinates of any location on Earth.
Lines of latitude and longitude allows any position on the Earth to be plotted.
If globes only had latitude lines, it would be difficult to determine a location's east-west position. If globes only had longitude lines, it would be challenging to determine a location's north-south position. Both latitude and longitude lines are necessary for accurately pinpointing a location on the Earth's surface.
Latitude: N 25° 45' 42.048" / Longitude: W 80° 11' 30.444"
If you used a sextant and a marine chronometer you could determine your position and plot this on a map using latitude and longitude. If you did this regularly you would be able to plot your course.
No, you would use latitude.
The center of Mexico City is located at 19.42° north latitude 99.13° west longitude. Would you ask someone "What line on the ruler is closest to your height ?" I'm guessing you'd ask him "How tall are you ?" Forget about "lines". There is no standard set of of latitude and longitude lines from which you have to choose one that's somewhere close.
25 North would be the latitude. 45 east would be the longitude.
Latitude lines are parallel to each other and equidistant, while longitude lines converge at the poles. This difference in spacing causes the shape formed by the intersection of latitude and longitude lines to be a rectangle or trapezoid, rather than a perfect square.
There are no parallels of longitude, because longitudinal lines aren't parallel. We call them "meridians". Lines of latitude ARE parallel, and so the expression "45th parallel" would be an accurate description.
If you knew your latitude was 57 and your longitude was 47, then you could look on a map of the earth and see which line is latitude 57. You could then follow latitude line 57 until you see hit longitude line 47. This would give you the precise location of your whereabouts.
Latitude is north/south of the equator measured in a series of degrees. Longitude is east/west, measured by a system of degrees from a fixed spot. So generaly at in a Latitude Longitude reading it will have a N or E. For example 25 01'59.72" N that would be latitude because of the N (meaning North) But in general I believe yes latitude is read first.
Yes, a map of California would have a grid system of latitude and longitude lines to help pinpoint locations accurately. This system is used globally to establish the coordinates of any location on Earth.