`B(OH)_(3)` is

Boric acid Br(OH)_(3) is monobasic Lewis acid if gives H^(+) ions in aquoeus soluions as follows B(OH)_(3) + H_(2)O hArr [B(OH)_(4)]^(-) + H^(+) K_(a) = 5.9 xx 10^(-10) The P^(H) of 0.025M aqueous solution is [log 5.9 = 0.771]

In solid state, the B(OH)_(3) units are

B(OH)_(3) will accept how many OH^(-) ions?

Number of moles of OH^(-) produced by dissolving 1 mole of B(OH)_(3) in water ?

Explain why (a) '(Ce4+' is a good oxidistng agent whereas '(Sm2+ is a good reducing agent b) '(La)(OH)_(3)' is stronger base than '(Lu)(OH)_(3)'

In the reaction, B(OH)_(3) + 2H_(2)O to [B(OH)_(4)]^(-) + H_(3)O^(+) ,B(OH)_(3) functions as

B(OH)_(3) overset(HOCH_(2)CH_(2)OH)to ?

B(OH)_(3) overset(HOCH_(2)CH_(2)OH)to ?