Chapter 7: Problem 3
What is a positive ion? A negative ion?
Chapter 7: Problem 3
What is a positive ion? A negative ion?
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Get started for freeTwo \(1.5\) -volt batteries are connected in series in an electric circuit. Use the concept of energy to explain why this combination is equivalent to a single 3-volt battery. When connected in parallel, what are two \(1.5\) -volt batteries equivalent to?
In otherwise empty space, what would happen if the size of the clectrostatic force acting between two positively charged objects was exactly the same as that of the gravitational force acting between them? What would happen if they were moved closer together or farther apart?
All matter contains both positively and negatively charged particles. Why do most things have no net charge?
(a) A negatively charged iron ball (on the end of a plastic rod) exerts a strong attractive force on a penny even though the penny is neutral. How is this possible? (b) The penny accelerates toward the ball, hits it, and then is immediately repelled. What do you think causes the sudden change from an attractive to a repulsive force on contact between the penny and the ball?
If \(A C\) in a circuit can be thought of as a wave, which kind is it, longitudinal or transverse?
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