Example? The Earth is not flat, so maps can rather accurately show distance or shape. The simple fact that the Earth is round means perfect squares for latitude and longitude would in essence mean the distortion of shape, hence why on some maps you see the stretching out of the poles (as this is where the latitude lines converge). In essence the shape of the Earth means latitude and longitude cannot be perfect squares. Hope this is what you meant by your question.
51.5081° n, 0.1281° w
Tromelin is a sandbar with less than 1 square mile of area, in the Indian Ocean about 220 miles east of Madagascar. The weather station at the north end of its air strip is located at 15.8922° south latitude 54.5247° east longitude.
The exact location of a place must include both a latitude and a longitude. The latitude and longitude can be point-point a location on the planet as precise as a postage stamp with 7 decimal places or an area as large as ~100 square km with whole decimal degrees.
The latitude of the obelisk in the center of St. Peter's Square in the Vatican is 41° 54' 08.05" north. The latitude of the center of the Arch of Constantine, near the Colosseum, is 41° 53' 21.85" north. You wouldn't ask "What mark on the ruler is closest to your height ?" You would ask "How tall are you ?"
The intersection of E/W Broad Street and N/S High Street, at the northwest corner of Capitol Square in Columbus, is located at the coordinates 39° 57' 44.1" north latitude 83° 00' 01.8" west longitude
40.750675, -73.993460
51.5081° n, 0.1281° w
That depends on where you are on Earth, specifically, your latitude. All meridians of longitude converge (meet, come together) at the north and south poles, so any two of them get closer and closer together as you get closer to either pole. One degree of longitude is about 69 miles along the equator, but only 48.8 miles at latitude 45°, 17.9 miles at latitude 75°, and about 6 miles at latitude 85°. So as you get farther from the equator, your 1° x 1° square is getting progressively skinnier. Here's the area of your square at a few different latitudes. Each square is 1 latitude degree tall and 1 longitude degree wide, and the indicated latitude goes straight across its middle: On the equator . . . . . 4,760 square miles 30° . . . . . 4,150 square miles 45° . . . . . 3,375 square miles 60° . . . . . 2,400 square miles 85° . . . . . 415 square miles
Well, your question leaves room for some ambiguity. The one in Red Square, Moscow, is located at 55.753° north latitude 37.623° east longitude whereas the one in Nashville TN is located at 36.059° north latitude 86.710° west longitude.
The great Victoria Desert the largest desert in southwestern Australia. It is 134,653 square miles and has a latitude and longitude of 29.1522 degrees S, 129.2596 degrees E.
Stewart island Latitude S 46° 5579.985 Longitude E 167° 50.206
The latitude and longitude of the Amazon Basin are 44 degrees 50.406' S, 167 degrees 30.448' E. The Amazon Basin covers a total of 2,670,000 square miles.
Tromelin is a sandbar with less than 1 square mile of area, in the Indian Ocean about 220 miles east of Madagascar. The weather station at the north end of its air strip is located at 15.8922° south latitude 54.5247° east longitude.
Turkey is the country where 40 degrees N latitude crosses 40 degrees E longitude. Turkey has an area of 302,535 square miles, and a population of 76,667,864.
Well, what 'point' do you want to call the location of Philadelphia, realizing that every point on Earth has a different set of latitude/longitude coordinates, and realizing how many different points there are in Philadelphia ? The center of the Logan Square fountain is located at 39.95794° north latitude 75.17059° west longitude, whereas the west end of Runway-9R at Philadelphia International Airport is located at 39.86083° north latitude 75.27509° west longitude. Other spots around town have somewhat different coordinates. .
The exact location of a place must include both a latitude and a longitude. The latitude and longitude can be point-point a location on the planet as precise as a postage stamp with 7 decimal places or an area as large as ~100 square km with whole decimal degrees.
A whole street can't have a latitude and longitude. A latitude and longitude pin you down to one point, and every time you move to another point, they change. The beginning of East Main Street ... at the corner of Merrimac Square, in the middle of the intersection at the end of Liberty Street ... is located at 42° 50' 03" north latitude 71° 00' 07" west longitude. If you move out of the middle of the intersection to the curb, or up Main St. towards Broad St., or down Merrimac Square towards the House of Pizza or the Ciao Cafe, even a few feet, the numbers change.