Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
eAnswers Team
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
If you want to read more about it check this :- http://en.wikipedia.org/wiki/Ionic_compounds
Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
eAnswers Team
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
If you want to read more about it check this :- http://en.wikipedia.org/wiki/Ionic_compounds
Pretty much its a bond between a positively charge molecule (cation)with a negatively charged molecule (anion).
Table salt NaCl, is a typical ionic compound. The Na is positive and the Cl is negative.
Another thing to remember is that ionic compounds are polar and since they are polar they ALWAY dissolve in water to their cations and anions. This makes ionic compounds (when broken to cations and anions) good conductors of electricity when dissolved in water (or any polar liquid). For example, this can be seen in that 4th grade experiment where someone puts two wires connected to a light bulb into an ionic solution and the light bulb turns on….the ionic molecules floating around carry the charge from one wire to the other.
eAnswers Team
Ionic compounds are those chemical compounds in which ions are held together in a lattice structure by ionic bonds. Such compounds have very high melting and boiling point, also they are hard and very brittle. Electrostatic forces are responsible to hold ionic compound together and this force acts between oppositely charged bodies.
If you want to read more about it check this :- http://en.wikipedia.org/wiki/Ionic_compounds