Ionic Equilibrium in Solution - Equilibrium Video Lecture - Class 11

hello friends this video is equilibrium
par 25 is brought to you by example calm
no more people exam before watching the
video please make sure that you have
watched all the previous parts let's
talk about ionic equilibrium solution so
as I told in V electrolytes equilibrium
is established
Gordon strong or neither in strong acid
nor in strong base we have we have
equilibrium only in electrolytes please
note this we have equilibrium only in
electrolytes stress this point here only
meeting the plates we have equilibrium
why because in weak electrolyte partial
ionization happen and then the reverse
reaction also happens right you'll agree
when we we can use all the equivalent
formula but in case of strong acid
strong base ionization almost when it
wasn't complete the reaction all Muslims
it's complete in one direction in the
diversity of interaction that the
actually doesn't happen in that case in
weekend up tonight we have equilibrium
Hey written ions and an iron mine is
money for example I have is a B gives a
plus and B minus and there are two ions
and this an ionized molecules so this
type of equilibrium which involves ions
and also the actual solution they are
called ionic today it is known anything
Aviva something bar equilibrium which
involves ions in aqueous solution and
this is generally for the weak
electrolytes this is gone
by negative it will be once again this
happens only for weak electrolytes and
aqueous solutions where we have the
equilibrium established between the ions
and the ionized and ionized matters and
the fraction of total molecules of the
electrolytes that is ionized called
agree upon items I told I it sometimes
it is 30% is 40% and
it depends on my acid or base of the
electrolytes so this the fraction of
molecules that get ionized is called
degree of ionization so for a weak
electrolyte the degree of ionization is
inversely proportional to the
concentration and why this is so because
in the very valid solution if it is a
very dilute solution the whole of the
weak electrolyte will disassociate in
the form of models it is very very weak
it is very weak if it is very weak and
really tell you then it will dissociate
more correct because here we all talk
about mole per liter mole per liter
correct now if you are increasing the
volume by diluting it this is increased
this the whole thing will decrease right
if this thing will decrease the reaction
will go in forward direction superly
Chatterley principle and then it will
get ionized movie correct so we can like
electrolyte if you make it more dilute
it this was you thank you
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