_1. Capacitor Potential energy per unit charge Potential Measure of the \"flow\"
ID: 2034789 • Letter: #
Question
_1. Capacitor Potential energy per unit charge Potential Measure of the "flow" of electric field through a surface. Sum of voltages through closed circuit loop 0 a Total electric flux through a closed surface is proportional to Gauss's Law h 4. Series circuit the charge enclosed Voltage Redistribution of positive and negative charges within an object. . Electric Field Insulator placed in capacitor & Two conductors separated by an insulator k Elements follow one another along the same conducting path 7. Equipotential Surface C8. Kirchoff's loop law in this type of circuit Electric Flux Equal to the work done by the electric force on a charged particle moving in an electric field. * The electric force per unit charge present at a point in space. Q10. Parallel circuit M11. Kirchoff's junction law 12. Electric Potential Energy Potential difference Surface Charge DensityCurrent coming in to a junction-current flowing out h3-D surface on which the electric potential is the same at every point. Dielectric Elements in this circuit configuration all have the same potential difference 15. PolarizationExplanation / Answer
1. Capacitor - Two conductors separated by an insulator
2. Potential - Potential difference
3. Gauss's law - Total electric flux through a closed surface is proportional to the charge enclosed
4. Series circuit - Elements follow one another along the same conducting path in this type of circuit.
5. Voltage - Potential energy per unit charge.
6. Electric field - The electric force per unit charge present at a point in space.
7. Equipotential Surface - 3-D surface on which the electric potential is the same at every point.
8. Kirchoff's loop law - Sum of voltages through closed circuit loop = 0.
9. Electric flux - Measure of the "flow" of electric field through a surface.
10. Parallel circuit - Elements in this circuit configuration all have the same potential difference.
11. Kirchoff's junction law - Current coming into a junction = Current flowing out.
12. Electric Potential Energy - Equal to the work done by the electric force on a charged particle moving in an electric field.
13. Surface Charge Density - Q/m2
14. Dielectric - Insulator placed in capacitor.
15. Polarization - Redistribution of positive and negative charges within an object.
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