hard matter. check out into bing and yahoo. that may help!

To get you started, NH4 is the conjugate of NH3. So Ka = 1 x 10(-14)/1.8 x 10(-5) =

Source(s): me

hard matter. check out into bing and yahoo. that may help!

To determine this, youll need to calculate the Ka for each of the conjugate acids. Knowing that Ka=Kw/Kb (of the conjugate base), you can do this. Kw= 1 x 10(-14).

Stronger acids have stronger Ka values.

To get you started, NH4 is the conjugate of NH3. So Ka = 1 x 10(-14)/1.8 x 10(-5) =

To determine this, youll need to calculate the Ka for each of the conjugate acids. Knowing that Ka=Kw/Kb (of the conjugate base), you can do this. Kw= 1 x 10(-14).

Stronger acids have stronger Ka values.

Source(s): WGU Chemistry student

This post is last updated on hrtanswers.com at Date : 1st of September – 2022