Difference between revisions of "Weak Nuclear Interaction"

Revision as of 08:40, 18 July 2019

The weak nuclear interaction is the mechanism governing how hadrons and leptons affect one another.

The weak nuclear interaction is one of the 4 fundamental interactions governing how subatomic particless affect one another.

The weak nuclear interaction causes the decay of particles into other, more stable, subatomic particless.

The weak nuclear interaction can allow neutrons to decay into protons.

The weak nuclear interaction is mediated by the W-boson and Z-boson.

The effective range of the weak nuclear interaction is smaller than the diameter of a proton.

@@ Line 4: / Line 4: @@
 ===About The Weak Nuclear Interaction===
-: The '''weak nuclear interaction''' is one of the 4 [[Fundamental Force|fundamental forces]] governing the interaction between [[Subatomic Particle|subatomic particles]]s.
+: The '''weak nuclear interaction''' is one of the 4 [[Fundamental Interactions|fundamental interactions]] governing how [[Subatomic Particle|subatomic particles]]s affect one another.
 : The '''weak nuclear interaction''' causes the [[Radioactive Decay|decay]] of [[particle]]s into other, more stable, [[Subatomic Particle|subatomic particles]]s.
 : The '''weak nuclear interaction''' can allow [[neutron]]s to [[Radioactive Decay|decay]] into [[proton]]s.
 : The '''weak nuclear interaction''' is mediated by the [[W-boson]] and [[Z-boson]].
 : The effective range of the '''weak nuclear interaction''' is smaller than the [[diameter]] of a [[proton]].