Frame of Reference vs. Coordinate System

In summary, a frame of reference is an object used to measure the dynamical properties of an object, while a coordinate system is used to understand and solve the dynamics between vectors. While all reference frames can be expressed in the form of a coordinate system, they are not the same. A coordinate system is chosen for convenience in solving vectors, while a reference frame does not necessarily have a coordinate system. An example of a coordinate system for a rotating non-inertial reference frame would be one that maps the dynamic situation of objects with respect to it.
  • #1
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What is the difference between a frame of refernce and a coordinate system. For example, I know that a rotating frame of reference is non-intertial, but is this also a non-intertial coordinate system?

Thanks.
 
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  • #2
A co-ordinate system is simply a plot which helps to picture the vectors well. Reference frames helps in analysing the vectos and solving the kinematics.
All reference frames can be expressed in the form of a co-ordinate system, but a co-ordinate system is something which has application in many other matters.
Physically speaking, Reference frame is an object with respect to which the dynamical properties of the object under observation is measured. It is based on the concept of inexistence of something absolute. A co-ordinate system is selected for the convenience of understanding the vectors and solve the dynamics between them by simple algebraic analysis. In fact both are very much the same but not the same. A reference of frame need not have co-ordinate system. the system is for the easiness of solving vectors. The co-rdinate system in a reference frame is to map the dynamic situation of ibjects with respect to it.
 
  • #3
Can you give an example of a coordinare system that corresponds to the rotating non-inertial refence frame?
 

What is the difference between frame of reference and coordinate system?

Frame of reference refers to a set of axes or points used to describe the position and motion of objects, while a coordinate system is a mathematical framework used to define these axes and measure distances and angles.

Do frame of reference and coordinate system always go hand in hand?

No, they can be used independently of each other. A frame of reference can be defined without a specific coordinate system, and a coordinate system can be used without a defined frame of reference.

How do frame of reference and coordinate system affect scientific measurements?

A chosen frame of reference and coordinate system can greatly influence the accuracy and interpretation of scientific measurements. It is important to carefully select and clearly define these parameters in order to obtain reliable results.

Can multiple frame of references and coordinate systems be used in one scientific study?

Yes, in some cases it may be necessary to use multiple frames of reference and coordinate systems in order to fully understand and analyze a complex system or phenomenon.

How do frame of reference and coordinate system relate to the laws of physics?

The laws of physics are independent of any specific frame of reference or coordinate system. However, the chosen frame of reference and coordinate system can affect how these laws are observed and applied in different situations.

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