which of these best describes why an ionic solution is a good conductor of electricity while a covalent…

which of these best describes why an ionic solution is a good conductor of electricity while a covalent solution is a poor conductor?\na ionic compounds form charged molecules in solution, and electricity cannot flow if charged molecules are present.\nb ionic compounds form charged particles in solution, and electricity will only flow if charged particles are present.\nc covalent compounds form charged molecules in solution, and electricity cannot flow if charged molecules are present.\nd covalent compounds form charged particles in solution,and electricity will only flow if charged particles are present.

which of these best describes why an ionic solution is a good conductor of electricity while a covalent solution is a poor conductor?\na ionic compounds form charged molecules in solution, and electricity cannot flow if charged molecules are present.\nb ionic compounds form charged particles in solution, and electricity will only flow if charged particles are present.\nc covalent compounds form charged molecules in solution, and electricity cannot flow if charged molecules are present.\nd covalent compounds form charged particles in solution,and electricity will only flow if charged particles are present.

Answer

Brief Explanations:

Ionic compounds dissociate into ions (charged particles) in solution which can carry an electric current. Covalent compounds do not dissociate into charged particles easily in solution, so they are poor conductors. Electricity requires charged particles to flow.

Answer:

B. Ionic compounds form charged particles in solution, and electricity will only flow if charged particles are present.