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General Electricity. Electricity yeah. Zap zap oww!. Moving Electrons. This And That. 100. 100. 100. 100. 100. 200. 200. 200. 200. 2 0 0. 300. 300. 300. 300. 300. 400. 400. 400. 400. 400. 500. 500. 500. 500. 500. General Electricity 100.
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General Electricity Electricity yeah Zap zap oww! Moving Electrons This And That 100 100 100 100 100 200 200 200 200 200 300 300 300 300 300 400 400 400 400 400 500 500 500 500 500
General Electricity 100 • If an electron gains electrons what happens to its charge?
General Electricity 200 • Name one of the two factors that determines the strength of an electric field.
General Electricity 300 • What type of current is produced by a battery?
General Electricity 400 • How do the electrons of an electrical insulator behave (which causes it to “insulate”)
General Electricity 500 • What four factors affect the resistance of a wire?
Electricity Yeah! 100 • What type of current does most of your school use?
Electricity Yeah! 200 • If a neutral metal baseball bat is held near an object that has a high concenteration of electrons and the bats picks up the charge, then this is transfer through….?
Electricity Yeah 300 • What is the unit for electrical power?
Electricity Yeah! 400 • If you know the power rating of an applicance and the voltage of the line it is attached to, you can calulate the current the appliace uses by?
Electricity Yeah! 500 • A ground fault circuit interrupter (GFCI)shuts down a circuit if it
Zap zap oww! 100 • Which of the following materials will allow charges to flow easily? • A. wood • B. glass • C. Electrical Conductor • D. Electrical Insulator
Zap zap oww! 200 • Name one way you could decrease the amount of resistance for a wire
Zap zap oww! 300 • What is one of the three ways that Ohm’s Law can be written?
Zap zap oww! 400 • Daily Double
Zap zap oww! 500 • What is the name of the area surrounding the Earth that is influenced by the earth’s magnetic field?
Moving Electrons 100 • When placed near each other, what do like magnetic poles do to each other?
Moving Electrons 200 • How man paths do electrons have to flow through when going through a series circuit?
Moving Electrons 300 • Most of the “circuits” in your home are ?
Moving Electrons 400 • The current in a hair dryer measures 12 amps, and the resistance is 8 ohms. What is the voltage?
Moving Electrons 500 • A device that changes mechanical energy to electrical energy by rotating a coil of wires through a magnetic field.
this and that 100 • What happens to the strength of a magnetic field as the distance between the two magnets increases?
this and that 200 • What happens if you break a bar magnet in half?
this and that 300 • Name two of the four major devices that your house uses to provide electrical safety.
this and that 400 • Explain the process of using fossil fuels to creat electrical energy, and what fossil fuel is used the most for electricity?
this and that 500 • Before electricity from the power lines can enter you house it must go through this device to lower the voltage.
Zap Zap Oww Double • Moving a magnet inside a coil of wire will induce a volatge in the coil. How can the voltage in the coil be increased?
General Electricity 100 • It becomes negative
General Electricity 200 • The amount of charge that the field originally produced • And • The distance from the charge
General Electricity 300 • Direct Current
General Electricity 400 • The electrons are tightly bound to the atoms.
General Electricity 500 • Length of the wire • Material of the wire • Cross section or diameter of wire • Temperature of wire
Electricity Yeah! 100 • Alternating Current
Electricity Yeah! 200 • Induction
Electricity Yeah! 300 • Watts
Electricity Yeah! 400 • Power divided by voltage or Watts/Volts
Electricity Yeah! 500 • Senses unequal currents.
Zap zap oww! 100 • C. Electrical Conductor
Zap zap oww! 200 • Cool it, make it shorter, give it a larger diameter, use a more conductive material
Zap zap oww! 300 • V= I x R • I = V/R • R = V/I
Zap zap oww! 400 • Move the magnet more rapidly
Zap zap oww! 500 • Magnetosphere
Moving Electrons 100 • Repel each other
Moving Electrons 200 • One path
Moving Electrons 300 • Parallel.
Moving Electrons 400 • 96 volts
Moving Electrons 500 • generator
this and that 100 • The strength goes down
this and that 200 • Each becomes a new bar magnet with two poles
this and that 300 • GFCI • Circuit Breakers • Fuses • Ground Wires