40 likes | 129 Views
Hewitt Problems P. 676 3-9, 11-15. They both can attract, the equations that characterize them have a similar format, they are both dependent on the inverse square of the distance, both exert forces It has a value(we didn’t assign one) and a direction
E N D
Hewitt Problems P. 676 3-9, 11-15 They both can attract, the equations that characterize them have a similar format, they are both dependent on the inverse square of the distance, both exert forces It has a value(we didn’t assign one) and a direction Lines that show an electric field. They represent the force a test charge would feel at a location
6. Here are some examples • 7. They are straight, parallel and evenly spaced, then around the ends it gets more complicated
8. Because the car’s metal shell would carry any electricity that might flow due to a lightning strike (not because of the rubber tires) • 9. a. gravity cannot be shielded • B. Yes, electric fields can be shielded • 11. Work = change in PE + any other types of energy, maybe some KE • 12. It gets transformed into KE
13. Electric Potential energy is all of the energy, Electric potential is all that energy divided by the number of charges, so Energy/charge • 14. More joules per more coulombs equals same electric potential.