When we hit a particle what force are we applying it?

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Discussion Overview

The discussion revolves around the forces involved when a particle is hit, specifically questioning which of the four fundamental forces is at play. The scope includes conceptual understanding of fundamental forces in physics.

Discussion Character

  • Conceptual clarification, Debate/contested

Main Points Raised

  • One participant asks which of the four fundamental forces is involved when hitting a particle.
  • Another participant suggests that the question appears to be homework-related.
  • A different participant asserts that the electromagnetic force is the only one they can think of in this context.
  • One participant argues that gravitational force is negligible due to the small masses involved, and states that strong and weak interactions are also not applicable unless neutrons are involved.
  • The same point about the inapplicability of gravitational, strong, and weak forces is reiterated, affirming the conclusion of electromagnetic force being relevant.

Areas of Agreement / Disagreement

Participants generally agree that electromagnetic force is the relevant force when hitting a particle, but there is some contention regarding the applicability of other forces based on the context of the interaction.

Contextual Notes

The discussion does not resolve the nuances of how different forces might apply under varying conditions or the specific scenarios being considered.

Inquisitivemind
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Which of the four fundamental forces is involved?
Thanks in advance
 
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Looks like homework. Which force do think it is?
 
No.It is not home work.
Maybe a bit ridiculous,but I can only think of electromagnetic force
 
Masses are too small for gravitational force, unless you're throwing neutrons around, you can't get near the nucleus, which cancels the strong and weak interactions, and leaves you with what you've concluded. Correct.
 
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Bystander said:
Masses are too small for gravitational force, unless you're throwing neutrons around, you can't get near the nucleus, which cancels the strong and weak interactions, and leaves you with what you've concluded. Correct.

Thanks.
 

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