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Difference between revisions of "Strong Nuclear Interaction"

 
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==Key Stage 5==
 
==Key Stage 5==
 
===Meaning===
 
===Meaning===
The '''strong nuclear force''' is a [[force]] allowing the interaction between [[hadron]]s.
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The '''strong nuclear interaction''' is mechanism governing how [[hadron]]s affect one another.
  
===About The Strong Nuclear Force===
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===About The Strong Nuclear Interaction===
: The '''strong nuclear force''' is one of the 4 [[Fundamental Force|fundamental forces]] governing the interaction between [[particle]]s.
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: The '''strong nuclear interaction''' is one of the 4 [[Fundamental Interactions|fundamental interactions]] governing how [[Subatomic Particle|subatomic particles]] affect one another.
: The '''strong nuclear force''' holds [[quark]]s together within [[baryon]]s.
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: [[Lepton]]s are unaffected by the '''strong nuclear interaction'''.
: The '''strong nuclear force''' holds [[proton]]s and [[neutron]]s together in the [[Atomic Nucleus|atomic nucleus]].
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: The '''strong nuclear interaction''' holds [[quark]]s together within [[baryon]]s.
: The '''strong nuclear force''' is [[attract]]ive at a range of 0.5[[Femtometre|fm]] to around 3-4[[femtometre|fm]] and is [[repel|repulsive]] below 0.5[[Femtometre|fm]].
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: The '''strong nuclear interaction''' holds [[proton]]s and [[neutron]]s together in the [[Atomic Nucleus|atomic nucleus]].
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: The '''strong nuclear interaction''' is mediated by [[gluon]]s.
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{| border="1" style="border-collapse:collapse"
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|-
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|[[File:StrongNuclearForceGraph.png|center|400px]]
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|-
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| style="height:20px; width:600px; text-align:center;" |The '''strong nuclear interaction''' is [[attract]]ive at a range of 0.5[[Femtometre|fm]] to around 3-4[[femtometre|fm]] and is [[repel|repulsive]] below 0.5[[Femtometre|fm]].
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|}

Latest revision as of 13:18, 18 July 2019

Key Stage 5

Meaning

The strong nuclear interaction is mechanism governing how hadrons affect one another.

About The Strong Nuclear Interaction

The strong nuclear interaction is one of the 4 fundamental interactions governing how subatomic particles affect one another.
Leptons are unaffected by the strong nuclear interaction.
The strong nuclear interaction holds quarks together within baryons.
The strong nuclear interaction holds protons and neutrons together in the atomic nucleus.
The strong nuclear interaction is mediated by gluons.
StrongNuclearForceGraph.png
The strong nuclear interaction is attractive at a range of 0.5fm to around 3-4fm and is repulsive below 0.5fm.