use the properties of sodium cyanide described above to deduce the type of bonding that holds this compound together, explaining in 1 or 2 short sentences how you arrived at your conclusions.

Question

use the properties of sodium cyanide described above to deduce the type of bonding that holds this compound together, explaining in 1 or 2 short sentences how you arrived at your conclusions.

Write a balanced chemical equation for the reaction that occurs when sodium cyanide dissolves in water

You wrote no properties for the first part of your question. I shall be happy to critique your work.
For NaCN and H2O, the molecular equation is
NaCN + H2O ==> NaOH + HCN

The ionic equation is
CN^- + H2O ==> OH^- + HCN

Thank you

Answer 1

To deduce the type of bonding in sodium cyanide, we can look at the individual elements and their electronegativity values. Sodium (Na) is a metal with a low electronegativity, while cyanide (CN) is a polyatomic ion composed of a carbon atom and a nitrogen atom. Since sodium is a metal and cyanide is not, it indicates that the bonding in sodium cyanide is ionic, where the sodium cation (Na+) is attracted to the cyanide anion (CN-).