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Charge
The difference between the number of protons and electrons in an object.
Electrostatic Charge
A stationary, charged object that produces an electric field.
Electric Field
A region in which a charge will experience a force (attraction or repulsion).
Point Charges
Objects where the charge is compressed into a tiny sphere of minuscule size.
Coulomb
The unit of measurement for charge.
Opposite Charges
Attract, like charges repel due to electric fields.
Electric Field Strength
The force on a charge within an electric field, described by E = F/Q.
Parallel Plates
Produce a constant electric field, described by E = -V/d for potential changes with distance.
Charge
The difference between the number of protons and electrons in an object.
Electrostatic Charge
A stationary, charged object that produces an electric field.
Electric Field
A region in which a charge will experience a force (attraction or repulsion).
Point Charges
Objects where the charge is compressed into a tiny sphere of minuscule size.
Coulomb
The unit of measurement for charge.
Opposite Charges
Attract, like charges repel due to electric fields.
Electric Field Strength
The force on a charge within an electric field, described by E = F/Q.
Parallel Plates
Produce a constant electric field, described by E = -V/d for potential changes with distance.
