How many moles of `HCI` can be added to `1.0L` of solution of `0.1M NH_(3)` and `0.1 M NH_(4)CI` without changing `pOH` by more than one unit?
`(pK_(b) of NH_(3) = 4.75)`

How many moles of NaOH can be added to 0.1L of solution of 0.1M NH_(3) and 0.1M NH_(4)CI without changing pOH by more than pne unit (pK_(a) "of" NH_(3) = 4.75) ?

How many moles of NaOH can be added to 0.1L of solution of 0.1M NH_(3) and 0.1M NH_(4)CI without changing pOH by more than pne unit (pK_(a) "of" NH_(3) = 4.75) ?

How many moles of NaOH can be added to 1.0L solution of 0.10MNH_(3) and 0.10MN_(4)CI without changing in volume. (K_(b)for NH_(3)=1.8xx10^(-5))

How many moles of sodium hydroxide can be added to 1.00 L of a solution 0.1 M in NH_3 & 0.1 M in NH_4C l without changing the pOH by mor than 1.00 unit ? Assume no change in volume. Kb(NH_3)= 1.8 xx 10^(-5)) .

The pH of a buffer solution of 0.1 M NH_(4)OH [ pK_(a)=4.0] and 0.1 M NH_(4)Cl is

Solution of 0.1 N NH_(4)OH and 0.1 N NH_(4)Cl has pH 9.25 , then find out pK_(b) of NH_(4)OH .

One litre a butter solution containing 0.01 M NH_(4)Cl and 0.1 M NH_(4)OH having pk_(b) of 5 has Ph of

To 1.0L solution containing 0.1mol each of NH_(3) and NH_(4)C1,0.05mol NaOH is added. The change in pH will be (pK_(a) for CH_(3)COOH = 4.74)