00:01
According to the question here the cano3 and it hold to and here the ka both are salt.
00:11
Here you write both are salts.
00:16
So and here we can write which will dissociate completely.
00:21
Here i did and will dissociate and will dissociate completely.
00:27
So now here we can write the concentration of cano3 and it hold to which is equal to we can write here 120 divided by 1000 which is multiplied by 6 .55 which is multiplied by 10 to the power minus 3.
00:49
So here the moles which is equal to its formula is mass which is multiplied by volume which is in the form of liter.
00:56
So now here the concentration of kf which is equal to 160 divided by 1000 which is multiplied by here we can write 5 .90 which is multiplied by 10 to the power minus 3.
01:13
So now we can write here the moles of cano3 and it hold to which is become 786 which is multiplied by 10 to the power minus 6.
01:30
Here the unit became moles.
01:32
So now the moles of kf so which here it became we can write here 944 which is multiplied by 10 to the power minus 6.
01:41
Here the unit became moles.
01:43
So now here the cano3 and it hold to when it is dissociate it will form ca2 plus plus 2 mole of no3 minus.
01:56
So now the ca2 plus which is 786 which is multiplied by 10 to the power minus 6.
02:02
Here the unit became moles.
02:04
Then here the 2 mole of no3 minus that is become 2 which is multiplied by 786 which is multiplied by 10 to the power minus 6.
02:13
Here the unit became moles...