Notation help? (don't understand)

In summary, the conversation discusses the difference between the notations [psi](x) and [psi tilda](x), the meaning of h(bar) in the formula p=h(bar)k, and the importance of understanding common notations in the study of mathematics and physics. The individual is new to the mathematics side of physics and is seeking guidance on the best order to learn the subject. It is also mentioned that some notations may not be standard and may require further research or clarification from the textbook being used.
  • #1
1832vin
58
1
i might have been spelling them wrong, but i can't find what do they mean:
what's the difference between [psi](x) and [psi tilda](x)? i mean this thingy.. (~)

and what's h(bar)? (in the formula p=h(bar)k) [i mean the bar thing]

and other stuff.. things that i need to know...?
i'm new to the mathematics side of physics, and it's quantum is where is started...
if the order was bad, which order should i learn in? (the only other math I've done is in special...)

and if there are more common notations that i need to know please tell me, thankyou
 
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  • #2
##\tilde\psi## isn't a standard notation, so you will have to look for a definition in the book where you found it. If there isn't one, then maybe it's just an arbitrary function.

##\hbar## is called the reduced Planck constant. It's defined by ##\hbar=\frac{h}{2\pi}##, where ##h## is Planck's constant.

Most notations should be defined in your book. What book are you using?
 
  • #3
Fredrik said:
##\tilde\psi## isn't a standard notation, so you will have to look for a definition in the book where you found it. If there isn't one, then maybe it's just an arbitrary function.

##\hbar## is called the reduced Planck constant. It's defined by ##\hbar=\frac{h}{2\pi}##, where ##h## is Planck's constant.

Most notations should be defined in your book. What book are you using?
thankyou!
it's hard to search for stuff when it is not in the keyboard!
 

FAQ: Notation help? (don't understand)

What is notation?

Notation is a system of symbols and characters used to represent numbers, equations, and other mathematical or scientific concepts.

What is the importance of notation in science?

Notation is important in science because it allows researchers and scientists to communicate complex ideas and data in a standardized and concise manner. It also helps to avoid confusion and misunderstandings when sharing and analyzing information.

What are some common types of notation used in science?

Some common types of notation used in science include mathematical notation (such as symbols for addition, subtraction, multiplication, and division), chemical notation (such as symbols for elements and compounds), and scientific notation (used to represent very large or small numbers).

How can I improve my understanding of notation in science?

To improve your understanding of notation in science, it is important to practice and familiarize yourself with commonly used symbols and equations. You can also seek out resources such as textbooks, online tutorials, or consult with a science teacher or tutor.

What should I do if I don't understand notation in a scientific concept or equation?

If you are struggling to understand notation in a scientific concept or equation, it is best to seek help from a teacher, tutor, or fellow student. You can also break down the notation into smaller parts and try to understand each component individually before putting them together to understand the whole concept.

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