ELECTRIC CHARGE AND FIELD PART-01,BOTH MEDIUM ANALYSIS IN EASY WAY

ELECTRIC CHARGE AND FIELD PART-01,BOTH MEDIUM ANALYSIS IN EASY WAY ⁨#physics #naturalscience #bhautikbigyan #physicalscience #exam #science #viral ‪@VibrationOfPhysics‬ View allElectric charges are fundamental properties of matter (positive/negative) that attract/repel, while an electric field is the invisible region around a charge where forces are felt, defined by how a test charge experiences force (\(E=F/q_{0}\)), visualized by field lines pointing from positive to negative charges, and described by Coulomb's Law and Gauss's Law, governing static electricity and forces between charges. Electric Charges Definition: A fundamental property of matter, existing as positive (protons) or negative (electrons).Interaction: Like charges repel; opposite charges attract.Charging: Achieved by transferring electrons via friction, contact, or induction.Conductors & Insulators: Conductors (metals) allow charge flow; insulators (glass, plastic) resist it.Conservation: Total charge in a closed system remains constant (charge is quantized).Unit: Coulomb (C). Electric Fields Definition: The space around a charge where another charge experiences a force (a vector field).Intensity (\(E\)): Force per unit positive test charge (\(E=F/q_{0}\)).Direction: Points away from positive charges, towards negative charges.Field Lines: Visual representations where lines show direction and density shows strength; originate from + and end on - charges.Force on a Charge: \(F=qE\); force is in field direction for positive \(q\), opposite for negative \(q\).Superposition: Total field is the vector sum of fields from all sources.Laws: Governed by Coulomb's Law (force between points) and Gauss's Law (field