Questions on Quantum Mechanics: Observables, State Functions & More

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Homework Help Overview

The discussion revolves around fundamental concepts in quantum mechanics, specifically focusing on observables, state functions, and operators. Participants are exploring the relationships and interpretations of these concepts, as well as the implications of measurement in quantum systems.

Discussion Character

  • Exploratory, Conceptual clarification, Assumption checking

Approaches and Questions Raised

  • Participants are asking about the relationship between observables and operators, the significance of state functions, and the association of Hermitian operators with observables. They are also questioning the physical interpretation of angular momentum (J) and the limitations of simultaneous measurements of position (x) and momentum (p).

Discussion Status

The discussion is ongoing, with participants seeking clarification and expressing concern about their understanding. Some have emphasized the need for the original poster to show their work in order to receive more targeted help, indicating a focus on collaborative exploration rather than direct answers.

Contextual Notes

There is a clear expectation for participants to demonstrate their attempts at answering the questions posed, which may influence the direction of the discussion and the type of guidance offered.

flower321
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some questions...

=> How are observables related to operators in quantum mechanics?

=> what is the physical significance of state funtion in quantum mechanics?

=> why are hermition operators associated with observables in quantum mechanics?

=> what is the physical interpretation of J?
where J=L+S
=> Can we measure x ans p simultaneously with unlimited precision? give reason
 
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flower321 said:
=> How are observables related to operators in quantum mechanics?

=> what is the physical significance of state funtion in quantum mechanics?

=> why are hermition operators associated with observables in quantum mechanics?

=> what is the physical interpretation of J?
where J=L+S
=> Can we measure x ans p simultaneously with unlimited precision? give reason

You need to show your work on these questions before we can offer any tutorial help.
 


please reply anyone and give answer this m worry about thatttttt
 


No.

You must show some work.
 


which type i show work
 


flower321 said:
which type i show work

Your response does not parse well in English.

We are asking you to show your attempts at answering your questions. You must do the work here. If you show your work, we may be able to offer hints on the parts you are having trouble with.
 

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