Since ions, by definition, have an electric charge, they will either attract or repel other charges, depending on their sign.
Salt splits up into ions; it is the ions that conduct electricity.
Slow running water in proximity to an electrically charged object (such as an inflated baloon with its surface filled with static electricity) will bend towards towards the object. The reason for this is that most water (if it is not de-ionized) contains positively and negatively charged ions. The ions with the same charge as the surface of the charged object will be pushed back into the faucet, leading to a buildup of ions with the opposite charge. Since opposite charges attract, the ions remaining in the water will be pulled towards the charged object, and the water will be pulled with the ions.
Yes
"static"
it attracts
Nonmetals tend to attract electrons to become negative ions.
Yes, oppositely charged ions attract in an ionic bond.
Salt splits up into ions; it is the ions that conduct electricity.
Is lightning attracted to generators?
because chloride ions being negatively charged have got a tendency to get attracted to positive ions( follows from coloumbs law) and since positive electrode contains positive ions so chloride free ions in solution gets attracted to the positive electrode....
Ions conduct electricity in water H3O+ and OH- and if salts are dissolved, those ions too.
Because they have opposite electrical charges.
Buffers
The charge of the cell would repel similar charged ions and attract opposite charged ions. For example, if a cell is positively charged, it would repel positive ions and attract negative ions
Like-charged ions repel each other. Opposite-charged ions attract each other.
In water, sodium chloride will dissociate into Na+ ions and Cl- ions. Due to the presence of charges, ions are good conductors of electricity.
Sodium bromide is an ionic substance. It conducts electricity when melted or when dissolved in water. This is due to the sodium, Na+ ions and the Br- ions present. It does not conduct electricity in the solid state as the ions can not move.