The lines don't need to be subdivided. The units of latitude and longitude do,
because the degree is a large unit on the Earth's surface. Since latitude and
longitude are angles, you need smaller angle units, to be able to indicate small
fractions of degrees.
You can use degrees, minutes, and seconds, if you have an emotional need to
punish yourself, or you can use the much simpler decimal degrees. It's easy to
convert the numbers from one system to the other; that's just arithmetic.
Lines of latitude are subdivided into minutes and seconds. Each degree of latitude is divided into 60 minutes, and each minute is divided into 60 seconds. Lines of longitude are subdivided in the same way, using minutes and seconds. However, the length of a minute of longitude is not constant, as it depends on the distance from the equator.
The lines aren't measured at all, any more than the marks on a ruler need to be.It's the latitude and longitude that need to be measured, and lines are oftenprinted on maps in order to make the job easier. Latitude and Longitude are angles,so they're described in angle units, most commonly in degrees and fractions of degrees.If you see a line on a map, every point on the 'line' has the same latitude or the samelongitude, so there's nothing on the line to measure.
The lines are never measured. They're only markers. Latitude and longitude are angles, that describe the locations of points on the surface of a sphere. They're expressed in units of angle measure, typically in decimal degrees, or degrees, minutes, and seconds.
The lines are never measured. They're only markers. Latitude and longitude are angles, that describe the locations of points on the surface of a sphere. They're expressed in units of angle measure, typically in decimal degrees, or degrees, minutes, and seconds.
The three units of measure in which latitude and longitude are given are: degrees (°), minutes ('), and seconds ('').
they are both imaginary lines that run round the earth, to show where a point is on the earths surface. the unit to show these are degrees. latitude are lines running across the earth and longitude are lines running down the earth. an easy way to remember this- lAtitude goes Across(they both have letter a) lOngitude does dOwn"(they both have o)
i suppose they're opposites and theyre both units in measure
The lines aren't measured at all, any more than the marks on a ruler need to be.It's the latitude and longitude that need to be measured, and lines are oftenprinted on maps in order to make the job easier. Latitude and Longitude are angles,so they're described in angle units, most commonly in degrees and fractions of degrees.If you see a line on a map, every point on the 'line' has the same latitude or the samelongitude, so there's nothing on the line to measure.
No. Latitude and longitude are angles, and angles have no physical units. So the numbers are the same regardless of what system of units you like.
The lines are never measured. They're only markers. Latitude and longitude are angles, that describe the locations of points on the surface of a sphere. They're expressed in units of angle measure, typically in decimal degrees, or degrees, minutes, and seconds.
The lines are never measured. They're only markers. Latitude and longitude are angles, that describe the locations of points on the surface of a sphere. They're expressed in units of angle measure, typically in decimal degrees, or degrees, minutes, and seconds.
The three units of measure in which latitude and longitude are given are: degrees (°), minutes ('), and seconds ('').
they are both imaginary lines that run round the earth, to show where a point is on the earths surface. the unit to show these are degrees. latitude are lines running across the earth and longitude are lines running down the earth. an easy way to remember this- lAtitude goes Across(they both have letter a) lOngitude does dOwn"(they both have o)
degrees
Latitude and longitude are angles, since they represent arcs on the surface of a sphere (the Earth). Therefore they're described in units of angles.
Longitude and latitude are angles, so it is fitting that they be described in units of angle.
Latitude and longitude represent arcs on the surface of a sphere (the Earth), so they're angles, and they're described in angle units.
A degree of longitude and latitude is further subdivided into minutes and seconds (units of arc, not time).