Electrostatic attraction of a solid
A light sphere covered with foil can be attracted to or repelled from charged rods.
noncovalent interactions
Electrostatic attraction of liquids experiment
The electrostatic attraction of a liquid is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of distilled water
The electrostatic attraction of distilled water is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of ethanol
The electrostatic attraction of ethanol is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of acetone
The electrostatic attraction of acetone is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of dichloromethane
The electrostatic attraction of dichloromethane is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of tetrachloromethane
The electrostatic attraction of tetrachloromethane is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of hexane
The electrostatic attraction of hexane is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.
Electrostatic attraction of toluene
The electrostatic attraction of toluene is observed by bringing a charged bakelite rod and a charged glass rod near to a thin stream of the liquid flowing from a buret.