Orbital Concepts: Is the p-Orbital Node At the Nucleus?

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Discussion Overview

The discussion revolves around the concept of nodes in p-orbitals, specifically whether the node is located at the nucleus. Participants explore the definitions and characteristics of orbitals, including the implications of nodes in wave functions.

Discussion Character

  • Conceptual clarification, Debate/contested

Main Points Raised

  • One participant asks if the node of the p-orbital is at the nucleus, seeking clarification on the concept of orbitals.
  • Another participant suggests that understanding requires reading from a textbook, implying that the question may stem from a lack of foundational knowledge.
  • Some participants express the belief that the p-orbital does have a node at the nucleus, while others challenge this notion.
  • A participant notes that not all orbitals have nodes at the nucleus, specifically mentioning s orbitals and explaining that a node is where the wave equation changes sign.
  • One participant provides a link to external resources for further understanding of orbital concepts.

Areas of Agreement / Disagreement

There is no consensus on whether the node of the p-orbital is at the nucleus, with multiple competing views expressed by participants.

Contextual Notes

Participants reference the need for a deeper understanding of orbital theory, indicating that assumptions about nodes may depend on definitions and interpretations of wave functions.

yaseen shah
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Please tell me that node of p-orbital is at nucleus or no. please give me right concept about orbital.
 
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It doesn't work this way. You have to read about in your textbook and then come back if you don't understand something.

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I always thought the p orbital had a node at the nucleus.
 
I thought every orbital had a node at the nucleus? Heisenberg?
 
pzona said:
I thought every orbital had a node at the nucleus? Heisenberg?

Not s orbitals. A node is where the wave equation changes sign. When you have 1 node, you have at least 2 lobes.
 

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