`BOH` is a weak base, molar concentration of `BOH` that provides a `[OH]^(-)` of `1.5xx10^(-3) M[K_(b)(BOH)=1.5xx10^(-5) M]` is

What molar concentration of NH_3 provides a [OH^-] OF 1.5xx10^(-3) ? ( K_b = 1.8xx10^(-5)):

What molar concentration of ammonia will provide a hydroxyl ion concentration of 1.5xx10^(-3) ? (K_(b)=1.8xx10^(-5))

For 10^(-4) M BOH (weak base) , K_(b)=5xx10^(-5)) :

For 10^(-4) M BOH (weak base) , K_(b)=5xx10^(-5)) :

What is the OH^(-) concentration of a 0.08 M solution of [K_(a)(CH_(3)COOH)=1.8 xx 10^(-5)]

What will be the pH and % alpha ( degree of hydrolysis ) respectively for the salt BA of 0.1M concentration ? Given : K_(a) for HA=10^(-6) and K_(b) for BOH=10^(-6)

What will be the pH and % alpha ( degree of hydrolysis ) respectively for the salt BA of 0.1M concentration ? Given : K_(a) for HA=10^(-6) and K_(b) for BOH=10^(-6)

What will be the pH and % alpha ( degree of hydrolysis ) respectively for the salt BA of 0.1M concentration ? Given : K_(a) for HA=10^(-6) and K_(b) for BOH=10^(-6) (a) 5,1% (b) 7, 10% (c) 9, 0.01% (d) 7, 0.01%

The pKb of weak base BOH [Kb( BOH) = 1 xx 10^-5 ] will be