Question

The correct formula to caalculate the hydroxyl ion concentration of an aqueous solution of nh4no3 is

Answer 1

The correct formula to calculate the hydroxyl ion concentration of an aqueous solution of NH₄NO₃ is  

$pK_{w}=pH+pOH$

Here,  

$pK_{w}$, is defined as ionic product of water that comes out to be 14.

where , pH is negative logarithm of hydronium ion concentration

While pOH is  negative logarithm of hydroxyl ion concentration.

$14= -log[H^{+}]+ -log[OH^{-}]$

So by using this formula the hydoxyl ion concentration of an aqueous solution of NH₄NO₃ can be determined .

Answer 2

The correct formula to calculate the hydroxyl ion concentration of an aqueous solution of NH₄NO₃ is  

Here,  

, is defined as ionic product of water that comes out to be 14.

where , pH is negative logarithm of hydronium ion concentration

While pOH is  negative logarithm of hydroxyl ion concentration.

So by using this formula the hydoxyl ion concentration of an aqueous solution of NH₄NO₃ can be determined

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