Through using longitude and latitude.
It is unambiguous and accurate
You are being asked to describe he shape using appropriate geometric terms.
they usually use longitude and latitude to describe exactly where they are on the surface of the earth .
This is known as relative location, where you describe the position of a place by using reference points or comparing it to another location. It helps provide context and understanding of a place's position in relation to other surrounding areas.
Geographers describe location in terms of absolute location, which specifies a point on the Earth's surface using coordinates, and relative location, which describes a place in relation to other landmarks or geographic features. They may also consider location in terms of its physical characteristics, such as climate, landforms, and vegetation, or its human-made attributes, such as population density and infrastructure.
the kneecap (patella) is distal from the hip and apoximent to the knee.
the 5 thingys are place and location enviroment movement region and interaction and your mom
describe the flow of air into and through the respiratory system using appropriate medical terminology
With coordinates. A reference frame is chosen (a point of origin, and directions), and the position is described with two or three numbers (one for each dimension required), in relation to the point of origin.
Please stop using caps lock. It comes across as yelling, and someone has to take time to correct it.
Short Answer: There are 3 coordinates which are needed to describe any point on the shape. Longer Answer: Think of the dimension being a direction an object can be described in, whether negative or positive. A 1-D (one dimension) object only needs one number to describe its location. Using the coordinate system most people know (Cartesian) lets call this direction x.On a 1-D object your location out be (x). With a 2-D object you now are adding a y coordinate to the x coordinate. To describe where you are on a 2-D object you need both the x and y coordinate. Your location would be (x,y) 3-D adds yet another coordinate to the mix: z. Now to describe position in 3-D space you need all three coordinates (x,y,z). To describe a 3-D shape you will also need all three coordinates. This is the reason that 3-D shapes are called 3-D shapes, because of the need for the x, y, and z components needed to describe any point on the shape.