Phosphoric acid is syrupy in nature due to hydrogen bonding. Each molecule of `H_3 PO_4` is surrounded by

Why is phosphoric acid syrupy in nature ?

How many hydrogen bonds are formed by each H_3 PO_4 molecule ?

How many hydrogen bonds are formed by each H_3 PO_4 molecule ?

Both phosphoric and phosphorus acid contains equal number of hydrogen atoms. But H_3PO_3 is dibasic and H_3PO_4 Is tribasic. Give reason.

H_3PO_4 (Phosphoric acid) is a tribasic acid. In aqueous solution it ionises in the following three steps H_3PO_4overset(k_1)iffH^++H_2PO_4^- , H_2PO_4^(-)overset(k_2)iffH^++HPO_4^(2-) , HPO_4^(2-)overset(k_3)iffH^++PO_4^(3-) . Here K_1,K_2,K_3 are the dissociation constants of the respective three steps. The correct order of the values of three constants is

Find the total number of electrons in a molecule of phosphoric acid (H_(3)PO_(4)) .

Which of the acids below has the most number of ionizable hydrogen atoms per molecule ? (P) H_(3)PO_(4) (Q) H_(3)PO_(3) (R) H_(3)PO_(2)