Understanding the Difference Between \equiv and = in Math Notation

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In summary, V_{x} \equiv \Delta x / \Delta t means that the average velocity is equal to the change of distance divided by the change of time. This notation is often used to denote a definition. Both symbols, \equiv and =, have the same meaning and are used interchangeably. The use of \equiv may indicate that the answer includes units, while the use of = may indicate a numerical answer only. This convention may vary depending on the textbook or context. For more information on the use of these symbols, check out the links provided.
  • #1
Sisyphus
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[tex] V_{x} \equiv \Delta x / \Delta t [/tex]


What is the difference between [tex] \equiv [/tex] and = ?

I know that it means congruency in math but I somehow doubt that it's the case in this situation :P
 
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  • #2
there's no difference, it just means average velocity is equal to change of distance divided by change of time.
 
  • #3
i figured as much...

is there a reason for this convention? (the textbook uses both throughout)
 
  • #4
not sure, maybe the extra line on the equal sign just means that it's not just a number answer but also with units.
 
  • #5
I see

well, thanks for the quick response!
 
  • #6
It is usually used to denote a definition. So your statement is a definition of Vx
 

FAQ: Understanding the Difference Between \equiv and = in Math Notation

1. What is Quick Notation?

Quick Notation is a method of writing mathematical expressions or equations using a combination of symbols and letters for quick and efficient communication.

2. How is Quick Notation different from traditional mathematical notation?

Quick Notation uses a shorter and simpler set of symbols and letters compared to traditional mathematical notation, making it easier to read and write. It also allows for more flexibility and creativity in expressing mathematical ideas.

3. Who uses Quick Notation?

Quick Notation is used by scientists, mathematicians, and other researchers as a shorthand for writing complex mathematical equations or expressions. It is also commonly used in fields such as physics, engineering, and computer science.

4. Is Quick Notation a standardized system?

No, Quick Notation is not a standardized system and can vary depending on the user. However, some commonly used symbols and letters have become widely accepted and used in Quick Notation.

5. Are there any resources available for learning Quick Notation?

Yes, there are various resources available online and in textbooks for learning Quick Notation. It is recommended to familiarize yourself with the commonly used symbols and letters before attempting to use Quick Notation in your own work.

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