Debunking The Myth: Is H3PO4 Truly Ionic?

It hydrolyzes in water to form a basic solution. Po34 (aq) +h2o(l) hpo24 (aq) +oh(aq) po 4 3 (aq) + h 2 o (l). Diphosphoric acid (h 4 p 2 o 7) is the first condensation product of phosphoric acid (h 3 po 4), the compound with the highest intrinsic proton conductivity in the liquid state. It exists at higher. There are few reasons why $\ce{h3po4}$ is much weaker acid than $\ce{h2so4}$:

Diphosphoric acid (h 4 p 2 o 7) is the first condensation product of phosphoric acid (h 3 po 4), the compound with the highest intrinsic proton conductivity in the liquid state. It exists at higher. There are few reasons why $\ce{h3po4}$ is much weaker acid than $\ce{h2so4}$: $\ce{p}$ has much lower electronegativity than $\ce{s}$, leading to making a. Determine whether each of the following compounds is likely to exist as a molecule, or as an ionic compound:

$\ce{p}$ has much lower electronegativity than $\ce{s}$, leading to making a. Determine whether each of the following compounds is likely to exist as a molecule, or as an ionic compound: