Across
- 2. _____ potential locations are close to negatively charged objects
- 7. a device that uses electric potential difference to monitor the heart
- 8. using a higher voltage battery to charge a capacitor only increases the total ____ and energy stored
- 11. ____ surfaces are perpendicular to electric field vectors
- 12. a ____ electric field is one in which all field lines are parallel to each other and the magnitude of the field is the same throughout it
- 14. electric potential is a ______ quantity
- 15. the insulator in between the two plates of a capacitor
- 16. the dielectric constant is represented by the Greek letter ____
- 17. the amount of charge that accumulates on one plate of a capacitor per Volta applied across the plates
- 18. _____ potential locations are close to positively charged objects
- 19. when a charged particle moves ___ in a uniform electric field, its potential energy will always decrease
Down
- 1. in capacitors, the plates are _____
- 3. a device designed to store electric potential energy by crowding together like charges in one location while separating opposite charges
- 4. if a particle moves ____to the field lines in a uniform electric field, there is no change in electric potential energy
- 5. electrical potential energy is always stored in a ____, not an object
- 6. increasing the area of the plates ____ the capacitance
- 7. _____ describes the electrical potential energy per charge a particle has in an electric field
- 9. current flow _____ when the potential difference of the dry cell equals that of the capacitor
- 10. the SI unit for capacitance
- 13. to increase the electrical potential energy between two charged particles with the same sign, _____ the separation between them
