There are many ways to describe the location of an object.
Giving a Longitude, Latitude, and Altitude will give a good representation of where an object is. You can use GPS or other means to find the location.
The problem is that people don't have any innate ability to interpret coordinates.
So, typically people try to determine a reference object and try to relate the location to that.
The purse is ON THE KITCHEN TABLE.
When giving directions, one also often uses reference objects. "I forgot the name of the street, but turn at Starbucks. Proceed to the third mailbox on the right, look for a large red house".... etc.
The trick is to find reference objects that are common between the individuals.
Surveying is often done similarly, but they often choose standardized reference objects called "Monuments".
Latitude and longitude are angles used to describe the location of any point on Earth. They are the 'address' of the point.
The electric field is defined as the force per unit positive charge that would be experienced by a stationary point charge at a given location in the field.
If you take a ruler and make one measurement up from the floor and another measurement sideways from the corner of the room, you can come up with two numbers that exactly describe the location of any point on the entire wall. If you do exactly the same thing on the globe, you can come up with two numbers that exactly describe the location of any point on the entire Earth. You just have to know where each measurement starts from. And the rulers are printed right there on the globe for you. That's my description, and I'm sticking with it.
Fancy
by locating each coordinate. When you find them, you move on the same line on the map until those two coordinates are both together on the map. ====================================== If you take a ruler and make one measurement up from the floor and one measurement from the corner of the room, you can come up with two numbers that exactly describe the location of any point on the entire wall. If you do exactly the same thing on the globe, you can come up with two numbers that exactly describe the location of any point on the entire Earth. You just have to know where each measurement starts from. And the rulers are printed right there on the globe for you.
It is a location in space
it is a location in space.
You need to agree on a point that everybody knows, and then provide a minimum of three numbers to describe the object's location compared to the known point.
You need to agree on a point that everybody knows, and then provide a minimum of three numbers to describe the object's location compared to the known point.
To identify and objects location you need three pieces of information. These are a reference point, a distance from the reference point, and a direction from the reference point.
coordinates
To identify and objects location you need three pieces of information. These are a reference point, a distance from the reference point, and a direction from the reference point.
The number are called coordinates.
Describe the location of the given points. (1 point each)1. (1, 4, -2) 2. (-2, -1, 3)
The location of each point on a planar figure can be described with two coordinates.Each point in a solid figure requires threecoordinates to describe it's location.
both x and y
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.