Yes - in part. Distances towards the north and south are expressed in degrees, measured from the equator. But a distance to the east and west is also required. A line that passes through Greenwich observatory (London) is used for this purpose.
Yes - in part. Distances towards the north and south are expressed in degrees, measured from the equator. But a distance to the east and west is also required. A line that passes through Greenwich observatory (London) is used for this purpose.
Yes - in part. Distances towards the north and south are expressed in degrees, measured from the equator. But a distance to the east and west is also required. A line that passes through Greenwich observatory (London) is used for this purpose.
Yes - in part. Distances towards the north and south are expressed in degrees, measured from the equator. But a distance to the east and west is also required. A line that passes through Greenwich observatory (London) is used for this purpose.
Every point on the equator is equal distances from the north and south poles. No other line of latitude can make that statement.
In a Mercator projection, the standard line is typically the equator. This is the line where the scale distortion is minimal, meaning that distances along the equator are most accurately represented compared to other lines on the map.
you know.. either both are equal..it is the line from the equator going to the north or south pole is 300,000 km . . . south and north are equal . . . its called OMANCIKZ LINE.. called the line of south and north...
The equator is the collection of every point that has equal distances from both the North and South Poles.
in the way of which the degree of a line travels
There is only one equator.
Every point on the equator is equal distances from the north and south poles. No other line of latitude can make that statement.
In map graphs, a vertical line is typically called a "longitude" line, while a horizontal line is referred to as a "latitude" line. Longitude lines run from the North Pole to the South Pole and measure distances east and west of the Prime Meridian. Latitude lines run parallel to the Equator and measure distances north and south of it. Together, these lines create a grid that helps in pinpointing locations on the Earth's surface.
In a Mercator projection, the standard line is typically the equator. This is the line where the scale distortion is minimal, meaning that distances along the equator are most accurately represented compared to other lines on the map.
you know.. either both are equal..it is the line from the equator going to the north or south pole is 300,000 km . . . south and north are equal . . . its called OMANCIKZ LINE.. called the line of south and north...
The equator is the collection of every point that has equal distances from both the North and South Poles.
in the way of which the degree of a line travels
Yes, you can think of lines of latitude as running parallel to each other like telephone poles. They are imaginary lines that circle the Earth horizontally and are used to measure distances north or south of the Equator. The Equator itself is at 0 degrees latitude.
The celestial equator is an imaginary line in the sky that is used to measure the motion of celestial objects. It is a projection of Earth's equator into space and helps astronomers locate objects in the sky based on their declination.
The equator is the line made up of all the points on Earth that areequal distances from both the north and south poles.The equator is defined as the line of zero latitude.
The equator is an imaginary line.
Lines of latitude. Longitude is from Pole to Pole.