For the following chemical reaction HCN (aq) KOH (aq) = H2O (l) KCN (aq) Write the net ionic equation, inc [Solved]

Actually HCN is a weak electrolyte so you cant separate it, so your answer is HCN(aq) OH^-(aq) > CN^-(aq) H2O(l).

The net ionic equation is:
H^ (aq) OH^- (aq) -> H2O (l)

Since the CN ion and the K ion are remaining aqueous, they are spectator ions and do not need to be included in the equation.

Actually HCN is a weak electrolyte so you cant separate it, so your answer is HCN(aq) OH^-(aq) > CN^-(aq) H2O(l).

Whenever you have a reaction that has H^ (aq) and OH^-(aq) reacting to for H2O (l) that is called an acid base neutralization.

The H and the OH combine to for a liquid water which is a different state than (aq).

Kcn Chemistry

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

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