Adjusting an Image in HTML""Adjusting an Image in HTML: Position & Size

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Discussion Overview

The discussion revolves around the manipulation of magnetic properties in atoms and molecules, particularly in relation to protons and electrons. Participants explore the effects of electromagnetic fields on charged particles and the implications for neutral molecules.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • One participant inquires about the possibility of manipulating the position of an image, which seems to lead to a broader discussion on magnetic properties.
  • Another participant mentions the Google proton precession magnetometer, suggesting a connection to measuring magnetic fields.
  • A participant claims that manipulating the magnetic properties of atoms can influence their behavior, specifically regarding non-magnetic atoms.
  • Several participants express confusion about the original question, with one suggesting that the inquiry may be unclear due to typing issues.
  • There is a discussion on whether electrons can be influenced by electromagnetic fields, with one participant noting that while electrons can be swayed, neutral molecules may not respond in the same way.
  • A suggestion is made to consult a textbook on electricity and magnetism to better understand the interactions between magnetic fields and charged particles.

Areas of Agreement / Disagreement

Participants express uncertainty about the original question and the implications of manipulating magnetic properties. There is no consensus on whether neutral molecules can be influenced in the same way as charged particles.

Contextual Notes

Participants highlight the need for clarity in the original inquiry and the potential confusion arising from the discussion of protons versus molecules. The discussion remains open-ended with various interpretations of the effects of magnetic fields.

Tinman
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as to manipulate its possition?
 
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Google proton precession magnetometer
 
I.did and.found.it measures the collective spin on the. Magnetic field or a group of. I'm referring.to moving and atom. Non magnetic in nature by manipulating.the.magnetic.change.in the.atoms themself
 
I think your period key is stuck.

I don't understand what you are asking.
 
phinds said:
I think your period key is stuck.

I don't understand what you are asking.
Yes my period key is silly on this phone . I'm no scholar forgive the ignorance I'm asking if a molecule can be swayed.bye. manipulation of its inherent magnetic properties . Its protons and electrons
 
Hm ... I don't know. Electrons certainly can be swayed by electromagnetic fields because they have a charge but molecules are neutral, even though made up of positive and negative charges, so I wouldn't think so. If I'm wrong I'm sure one of our more knowledgeable members will jump in with an explanation.

Your original question was about protons, now you are asking about molecules.
 
Tinman said:
as to manipulate its possition?

You have started a number of threads about what can be done with magnetic fields.

Your best bet would be to get hold of a good textbook on electricity and magnetism (you could do worse than Purcell, but that's only one of many good ones), study it enough so that you understand what electrical and magnetic fields can and cannot do and how they interact with charged particles.
 

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