Draw one straight line from each electrostatic phenomenon or application to its correct description.

Electrostatic phenomenon or application	Description
Electrostatic paint spraying of a car panel	Charges polar water molecules by induction, causing them to bend towards the charged object without touching it.
Rubbing an acetate rod with a dry cloth	Forces similarly charged liquid droplets to repel each other and cover the earthed target object evenly.
Wearing an antistatic wrist strap when handling microchips	Provides a path to safely discharge static buildup and protect delicate integrated circuits from static discharge.
Deflecting a thin stream of tap water with a charged plastic comb	Causes a transfer of electrons via friction, leaving the insulator with a net positive charge.

Draw one straight line from each electrostatic phenomenon or application to its correct description.

Electrostatic phenomenon or application	Description
Electrostatic paint spraying of a car panel	Charges polar water molecules by induction, causing them to bend towards the charged object without touching it.
Rubbing an acetate rod with a dry cloth	Forces similarly charged liquid droplets to repel each other and cover the earthed target object evenly.
Wearing an antistatic wrist strap when handling microchips	Provides a path to safely discharge static buildup and protect delicate integrated circuits from static discharge.
Deflecting a thin stream of tap water with a charged plastic comb	Causes a transfer of electrons via friction, leaving the insulator with a net positive charge.

11.1 Charging by friction

11.1 Charging by friction Questions