The idea of conservation of charge means that in a closed system, the total electric charge stays the same.
Rubbing Objects: When you rub a balloon on your hair, tiny particles called electrons move from your hair to the balloon.
Charge Imbalance: This makes the balloon negatively charged and your hair positively charged.
Charges can’t be created or destroyed; they can only move from one place to another.
The total charge before and after rubbing is still the same.
This idea helps us understand why charged things either pull towards each other or push away.
To sum it up, static electricity shows us how electric charge is kept the same. Even though charges can move around, the total amount of charge doesn’t change.
The idea of conservation of charge means that in a closed system, the total electric charge stays the same.
Rubbing Objects: When you rub a balloon on your hair, tiny particles called electrons move from your hair to the balloon.
Charge Imbalance: This makes the balloon negatively charged and your hair positively charged.
Charges can’t be created or destroyed; they can only move from one place to another.
The total charge before and after rubbing is still the same.
This idea helps us understand why charged things either pull towards each other or push away.
To sum it up, static electricity shows us how electric charge is kept the same. Even though charges can move around, the total amount of charge doesn’t change.