Depends on the context.
If it's on the Earth, the imaginary line running east-west at 0 degrees is the equator.
In geometry, such a thing would not be a line, but a ray, and it would only run in one direction.
The unit of measurement that is used to determine absolute location in geography is the latitude and longitude system. This form of measurement uses degrees and minutes to measure the specific location of places.
The term used to measure the distance from the equator is "latitude." Latitude is expressed in degrees, with the equator defined as 0 degrees. Locations north of the equator have positive latitude values (up to 90 degrees North), while locations south of the equator have negative latitude values (down to 90 degrees South).
The radius of a sphere would be measured in some unit of length, depending upon how large the sphere is. If the globe is a planet, I would use kilometers.
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.
Distance east or west from the Prime Meridian is measured in degrees of longitude, with 0 degrees being the Prime Meridian itself. Locations to the east are expressed as positive values, while locations to the west are expressed as negative values. For example, New York City, which lies west of the Prime Meridian, is located at approximately -74 degrees longitude.
If the rhombus has two angles of 112 degrees - then the other two angles must total 136 degrees.
The unit of measurement that is used to determine absolute location in geography is the latitude and longitude system. This form of measurement uses degrees and minutes to measure the specific location of places.
The term used to measure the distance from the equator is "latitude." Latitude is expressed in degrees, with the equator defined as 0 degrees. Locations north of the equator have positive latitude values (up to 90 degrees North), while locations south of the equator have negative latitude values (down to 90 degrees South).
It depends on where it is.
he might use recent studies
compas rose
Latitude and longitude lines help geographers identify specific locations on Earth's surface. Latitude lines run east-west and measure the distance north or south of the equator, while longitude lines run north-south and measure the distance east or west of the Prime Meridian. Together, these lines create a grid system that allows for precise navigation and location identification.
30 degrees
74.5
They use tools and measure earth again with the help of scientific tools
360 degrees = 100% so divide the angle's measure, in degrees, by 3.6.360 degrees = 100% so divide the angle's measure, in degrees, by 3.6.360 degrees = 100% so divide the angle's measure, in degrees, by 3.6.360 degrees = 100% so divide the angle's measure, in degrees, by 3.6.
30 degrees