Classical interpretation of Wave Motion

AI Thread Summary
The discussion revolves around the differences between classical physics of particles and waves, particularly focusing on momentum and the position of mechanical waves. Participants emphasize the need for foundational understanding and encourage research into the relevant equations and definitions before seeking help. There is a clear distinction made between genuine inquiries and those resembling homework questions, with reminders about forum rules. The conversation highlights the importance of grasping the fundamental concepts of wave motion to address the assignment effectively. Overall, the thread underscores the necessity of independent study in understanding classical wave mechanics.
cmcraes
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Ive been learning a lot about how similar waves and particles are at the fundamental level, but today i was assaigned to discuss the difference between the CLASSICAL physics of particles vs Classical Physics of waves.
Differences and similarities and well as how momentum is/isnt diferent as well as if a wave can be said to be in/at a certain point in space at a given point in time.
Hope that made sense, Thanks!
 
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Your description of your assignment made sense. But what is your question?
 
grammar error

Do we interpret momentum any different with waves?
How do we describe a mechanical waves position?
 
There's a difference between asking for help about something that confuses you, and just asking us to do your homework for you! Do a bit of research first and let us know if there is something you don't understand. At the very least, tell us what you do know about waves that might be relevant to your project. When we know what you know, we'll be able to help you figure out what you don't know. You know?:biggrin:
 
No no no! This isn't homework at all! Its a bonus question on a test i have coming up, and everywhere i look online i can only find either how they are similar (quantum mechanics) or their definitions.

I was just curious if there is a difference in any of our formulas or definitions that changes when talking about classical waves. thanks though!
 
cmcraes said:
No no no! This isn't homework at all! Its a bonus question on a test i have coming up, and everywhere i look online i can only find either how they are similar (quantum mechanics) or their definitions.

I was just curious if there is a difference in any of our formulas or definitions that changes when talking about classical waves. thanks though!

Why don't you read the forum rules?
https://www.physicsforums.com/showthread.php?t=8128

"As a reminder, please do not post Homework/Schoolwork-type questions here. We have a dedicated forum for that:

Homework, Coursework, & Textbook Questions

This rule applies even if your question is not formally part of a HW/Coursework. Any type of question that has the same resemblance to that covered in a typical schoolwork must be posted in that forum, not in here.

Zz. "

You're in the wrong room.
 
Well before you can start asking about these kind of questions you need to look at the physics first - what is the equation for the momentum carried by a wave? What does the equation which describes a wave look like?

Start by writing these down, and then try to understand what they "mean" as best you can. That's how you have to understand things.
 
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