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This law explains why charges move around and don't just disappear and reappear.
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
Rubbing wool on a balloon is charging the balloon by:
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
Holding a charged balloon near a wall, causing the wall to be positively charged, is known as charge by
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
A good example of static discharge would be
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
The repelling of electrons between charged rulers created this, which caused the hanging ruler to move
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
When a ruler gains a charge by being touched, this is known as charge by
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
A charged ruler is repelled by a charged glass test tube. The space between the objects is the
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
The only subatomic particles that can move from one atom to another are
friction
all of the choices
electric field
electrons
induction
Law of Conservation of Charge
conduction
electric force
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