Distance 1 Second Latitude

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  1. Said differently, an arc-second represents the distance of latitude or longitude traversed on the earth's surface while traveling one second (1/3600th of a degree). At the equator, an arc-second of longitude approximately equals an arc-second of latitude, which is 1/60th of.
  2. This tool permits the user to convert latitude and longitude between decimal degrees and degrees, minutes, and seconds. For convenience, a link is included to the National Geodetic Survey's NADCON.
Distance

With the specification of latitudes and longitudes, it has become very easy to exactly pinpoint a location anywhere on the surface of this Earth. The grid system that makes up latitudes and longitudes divides the Earth into neat little sections making it quite easy for anyone to either explain to someone or for someone to understand the position one is talking about. It is much much easier to explain and infinitely simpler to understand a set of numbers representing a particular position rather than going into a virtual verbal diarrhoea - near the bridge, across the river, in front of the tall building, where the cow grazes every morning .. no, no, no, not where your uncle lives, where my sister's boyfriend (the second one) used to work before he moved to where there is a river flowing into the ocean. Whoopie!!! It is so much simpler to say N 22°11'25' E 79°23'42' representing the latitude and longitude of the location we are trying to explain.

What we need to remember is the fact that latitudes and longitudes are not squares, though they might appear so on an atlas.

Latitudes are parallel lines to each other. There are 180° of latitude from Pole to Pole, with the Equator being at 0° and the North and South Poles at 90°N and 90°S respectively. Longitudes on the other hand are not parallel. They start and converge at the Poles with them being at the widest distance from each other at the Equator.

AT THE EQUATOR, the distance between two corresponding degrees of latitude and two corresponding degrees of longitudes are roughly the same - about 111 km. So, if were lost at sea, at the Equator and were able to signal your coordinates in a Mayday call, and were correct to within 1° of latitude and longitude, the search would be looking at an area of over 12,000 sq km! Network radar 2 7 1. The more accurate you are, the greater the chances of your being rescued quickly. The sea is a very big place to be going out on a wild goose chase.

Circle of latitude. Region: an area with one or more common features Latitude: measures distance North/South of the equator Runs East/West, horizontal. JOS Distance Calculator. If you do not know the precise latitude/longitudes, you should visit the JewishGen Gazetteer, and note the coordinates before. Explaining how to solve longitude and latitude equations. DISTANCE ALONG THE GREAT CIRCLE PART 1.

Latitude Kid Definition

Let us take a look at the distances between various degrees of latitudes.

Latitude
0 -1°
9 - 10°
19 - 20°
29 - 30°
39 - 40°
49 - 50°
59 - 60°
69 - 70°
79 - 80°
89 - 90°
Distance in Kms
110.567
110.598
110.692
110.840
111.023
111.220
111.406
111.560
111.661
111.699

Longitudes are a different matter altogether since they are not parallel, but converge at the two Poles. The distance between two degrees of longitude is maximum at the Equator, about 111 km, and the minimum at the Poles, 0 km. At every place in between the Equator and the Poles, the distance between two corresponding degrees of longitude will change. Actually, you do not need to know your longitude at all, you need to know your latitude.

Tropico 6 1 080 – el presidente is back. The distance between two degrees of longitude equals the cosine of the latitude in decimal degrees, multiplied by the distance at the Equator. So, if we are trying to find the distance between longitudes at N 22°11'25', we need to first convert the latitude into decimal degrees, using the formula:

Decimal Degrees = degrees + (minutes/60) + (seconds/3600)

22 + 11/60 + 25/3600.
Or
22 + 0.18333333 + 0.00694444 = 22.19027777 decimal degrees

and then this to radians..

What Is Latitude

22.19027777° × π / 180° = 0.12327932094π rad = 0.38729340902 rad

If we multiply this result with 111 (the distance in kilometres at the Equator), we get 42.99, and this is the distance between two degrees of longitude at N 22°11'25' latitude.

One can use this resource to convert latitudes into decimal degrees ..https://www.latlong.net/degrees-minutes-seconds-to-decimal-degreesand this to convert decimal degrees to radians .. https://www.rapidtables.com/convert/number/degrees-to-radians.html





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