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placed on a conductor with how they behave on an insulator Copper and aluminum are both excellent conductors and are used commercially to carry electricity Plasma, a highly ionized gas, and graphite also are good conductors of electric charge When air becomes a conductor Air is an insulator; however, under certain conditions, charges move through air as if it were a conductor The spark that jumps between your finger and a doorknob after you have rubbed your feet on a carpet discharges you In other words, you have become neutral because the excess charges have left you Similarly, lightning discharges a thundercloud In both of these cases, air became a conductor for a brief moment Recall that conductors must have charges that are free to move For a spark or lightning to occur, freely moving charged particles must be formed in the normally neutral air In the case of lightning, excess charges in the cloud and on the ground are great enough to remove electrons from the molecules in the air The electrons and positively or negatively charged atoms form a plasma, which is a conductor The discharge of Earth and the thundercloud by means of this conductor forms a luminous arc called lightning In the case of your finger and the doorknob, the discharge is called a spark

1 Charged Objects After a comb is rubbed on a wool sweater, it is able to pick up small pieces of paper Why does the comb lose that ability after a few minutes 2 Types of Charge In the experiments described earlier in this section, how could you find out which strip of tape, B or T, is positively charged 3 Types of Charge A pith ball is a small sphere made of a light material, such as plastic foam, often coated with a layer of graphite or aluminum paint How could you determine whether a pith ball that is suspended from an insulating thread is neutral, is charged positively, or is charged negatively 4 Charge Separation A rubber rod can be charged negatively when it is rubbed with wool What happens to the charge of the wool Why

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5 Conservation of Charge An apple contains trillions of charged particles Why don t two apples repel each other when they are brought together 6 Charging a Conductor Suppose you hang a long metal rod from silk threads so that the rod is isolated You then touch a charged glass rod to one end of the metal rod Describe the charges on the metal rod 7 Charging by Friction You can charge a rubber rod negatively by rubbing it with wool What happens when you rub a copper rod with wool 8 Critical Thinking It once was proposed that electric charge is a type of fluid that flows from objects with an excess of the fluid to objects with a deficit Why is the current two-charge model better than the single-fluid model

Summarize the relationships between electric forces, charges, and distance Explain how to charge objects by conduction and induction Develop a model of how charged objects can attract a neutral object Apply Coulomb s law to problems in one and two dimensions

The increment operator increases the value of a variable by 1, and the decrement operator decreases the value of the variable by 1.5 Increment and decrement can be used either as a prefix operator, where the variable is modified before it s read, or as a postfix operator, where the value is returned before it s modified. For example: int int k = 5; value = k++; value = --k; value = ++k; // value is 5 // value is still 5 // value is 6

lectric forces must be strong because they can easily produce accelerations larger than the acceleration caused by gravity You also have learned that they can be either repulsive or attractive, while gravitational forces always are attractive Over the years, many scientists made attempts to measure electric forces Daniel Bernoulli, best known for his work with fluids, made some crude measurements in 1760 In the 1770s, Henry Cavendish showed that electric forces must obey an inverse square force law, but being extremely shy, he did not publish his work His manuscripts were discovered over a century later, after all his work had been duplicated by others

Obviously, a digital logic probe on a breadboard isn t a convenient test instrument What we need is a device that s small enough to be comfortably held in one hand as we use it to examine our experiments and projects The case I chose for

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