a. No, because they are different types of electricity b. Yes, if you put the charges on different sides of a conductor c. Yes, if you change the electrons to positive charges d. Yes, if the static is strong enough e. None of the above.
a. The movement of atoms in copper wire b. The flow of electrons through a conductor c. The flow of charges through an insulator d. The direct movement of electrons to positive charges e. None of the above
a. A wire must be in direct contact (DC) with the source of current b. Electrons flow along the surface of a wire after collecting on one end c. The movement of atoms through a conductor d. Electrons flow through a wire similar to water flowing though a hose e. None of the above
a. The amount of current flowing through a wire b. The internal friction to electricity in a wire c. The electrical potential or pressure supplied by a battery or a generator d. The power of a magnetic force field e. None of the above
a. The amount of current flowing through a wire b. The internal friction to electricity in a wire c. The electrical potential or pressure supplied by a battery or generator d. The size of the electromagnetic field e. None of the above
a. The amount of current flowing through a wire b. The electrical potential or pressure provided by a battery or a generator c. The amount of static present in a material d. The internal friction to electricity in a wire e. None of the above
a. The electricity or electron flow stops b. The wire gets warm or even hot c. The conductor reverses its polarity d. There is no resistance in a conducting wire e. None of the above
a. Both are the same, because thickness has nothing to do with resistance b. A thin wire, because it is more difficult for the electrons to pass through c. A thick wire, because there is more material for the electrons to pass through d. The thin wire because it is so fragile that the electrons escape into the air e. None of the above
a. You can turn it on an off with a switch b. You can cause sparks whenever you want c. You can use a battery d. You don't need to use electromagnets to help generate the electricity e. None of the above
a. They are much safer and economical to use b. So you don't have to replace burned out bulbs c. So you can use Christmas lights in your home safely d. So you can turn lights on and off independently e. None of the above.