Hi
you can convert UTM coordinate to local coordinates by three below steps:
1- calculation of combined scale factor
2- dividing coordinates to combined scale factor
3 - shift resulting coordinate to obtain desired coordinate format.
your aria should not exceed 1 kilometer in radius.
combined scale factor= (1-h/R)*(0.9996+(x-500000)^2/(2*R^2))
h = average height of your points.
R = earth radius 6371km
x = average east of your points.
Universal transverse mercator.
Yes and no! To be an interval variable, the difference of values must be of value. Townships are a number generally assigned to 36 square mile areas. With no more information as to how the townships are laid out, just subracting the two numbers gives me no information of how far apart are the townships. Can townships be a statistic, requiring classification? They don't really vary so they are really parameters not statistics. However, if township numbers can be transformed into a real location on a Cartesian coordinate system, then it could be considered part of data collection, hence open to classification as nominal, ordinal, interval or ratio. Let me give an example. If I want to collect data on the number of people becoming sick in different townships, I can use this information to calculate, in a very approximate manner distances if I know the layout of the townships and can relate it to a real coordinate system like UTM or other longitude/ latitude based systems. The distances between disease incidences (using the center of the township as an average location) could be considered a random variable. Calculated distances based on township centers would be a ratio variable.
The UTM coordinates are: 34U 688072 5902088
2121212
36R 329266 3326540
You can change the displayed coordinates in Google Earth in the menu under Tools > Options > Show Lat/Long and select Universal Transverse Mercator for UTM.Next you want to check the Sidebar option under View menu to show the coordinates under the mouse, which will now appear in UTM with a grid zone, northing, and easting values.For a quick guide to using UTM see related links.
Coordinates are important as they define the start and end points of a line, thus allowing a distance and direction to be known. Coordinates can either be based off a global coordinate system such as the UTM mapping projection, our as is more common in architectural projects, a local coordinate system, where a point on our near your site serves as an origin (0,0,0) or some other arbitrary number.
Easting along with northing are Cartesian coordinates for a geographic point. Easting refers to the eastward-measured distance (or x-coordinate). These coordinates are most commonly associated with the Universal Transverse Mercator (UTM) coordinate system.
There are several methods for defining positions on a map. Latitude and longtitude is one method, UTM coordinates another.
Adelaide Coordinates UTM : TN46 Geographical coordinates in decimal degrees ( WGS84) Latitude : 25.000. Longitude : -77.517.
Under the Tools/Options menu you can change the display of coordinates to decimal degrees, degrees-minutes-seconds (DMS), UTM, and other formats. If you want to always show the coordinates under the cursor on the map then check 'Status Bar' item in the View menu.
Universal Transverse Mercator (UTM) is a system that coordinates the positions on the Earth. This system divides the surface of the earth to sixty different zones.
In Google Earth Pro you can change the coordinate format to show in UTM. Under Tools / Options menu change "Show Lat/Lon" choice to Universal Transverse Mercator. You also need to make sure the Status Bar is active which can be selected in the View menu.
no no no