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Refer to the text in this chapter if necessary. A good score is at least 18 correct. Answers are in the back of the book. 1. The geomagnetic field (a) makes the earth like a huge horseshoe magnet. (b) runs exactly through the geographic poles. (c) makes a compass work. (d) makes an electromagnet work. 2. Geomagnetic lines of flux (a) are horizontal at the geomagnetic equator. (b) are vertical at the geomagnetic equator.

Magnetic fields can be used to store data in different forms. Common media for data storage include the magnetic tape, the magnetic disk, and magnetic bubble memory.

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(c) are never horizontal, no matter where you go. (d) are perfectly symmetrical around the earth, even far out in space. 3. A material that can be permanently magnetized is generally said to be (a) ultramagnetic. (b) electromagnetic. (c) diamagnetic. (d) ferromagnetic. 4. The force between a magnet and a piece of ferromagnetic metal that has not been magnetized (a) can be either repulsive or attractive. (b) is never repulsive. (c) gets smaller as the magnet gets closer to the metal. (d) depends on the geomagnetic field. 5. The presence of a magnetic field can always be attributed to (a) ferromagnetic materials. (b) diamagnetic materials. (c) motion of electric charge carriers. (d) the north geomagnetic pole. 6. Lines of magnetic flux are said to originate (a) in atoms of ferromagnetic materials. (b) at a north magnetic pole. (c) at points where the lines are straight. (d) in electric charge carriers. 7. The magnetic flux around a straight, current-carrying wire (a) gets stronger with increasing distance from the wire. (b) is strongest near the wire. (c) does not vary in strength with distance from the wire. (d) consists of straight lines parallel to the wire. 8. The gauss is a unit of (a) overall magnetic field strength. (b) ampere-turns. (c) magnetic flux density. (d) magnetic power. 9. A unit of overall magnetic field quantity is the (a) maxwell. (b) gauss. (c) tesla. (d) ampere-turn.

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Recording tape is the stuff you find in cassette players. It is also sometimes seen on reel-to-reel devices. These days, magnetic tape is used for home entertainment, especially hi-fi music and home video.

ing a fluctuating magnetic field. Laminated cores exhibit high hysteresis loss above the AF range, and are therefore not good above a few kilohertz. At frequencies up to several tens of megahertz, powdered iron works well for RF transformers. This material has high magnetic permeability and concentrates the flux efficiently. High permeability cores minimize the number of turns needed in the coils, and this minimizes the loss that occurs in the wires.

allowable across a local loop, they can seriously impair transmission. Bridged taps are equally problematic. When a multipair telephone cable is installed in a newly built-up area, it is generally some time before the assignment of each pair to a home or business is actually made. To simplify the process of installation when the time comes, the cable s wire pairs are periodically terminated in terminal boxes (sometimes called B-boxes) installed every block or so. As we discussed in 3, Telephony, there may be multiple appearances of each pair on a city street, waiting for assignment to a customer. When the time comes to assign a particular pair, the installation technician will simply go to the terminal box where that customer s drop appears and cross-connect the loop to the appearance of the cable pair (a set of lugs) to which that customer has been assigned. This eliminates the need for the timeconsuming process of splicing the customer directly into the actual cable. Unfortunately, this efficiency process also creates a problem. Although the customer s service has been installed in record time, each of the terminal boxes along the street contain unterminated appearances of the customer s cable pair. These so-called bridged taps present no problem for analog voice, yet they can be a catastrophic source of noise due to signal reflections that occur at the copper-air interface of each bridged tap. If DSL is to be deployed over the loop, the bridged taps must be removed. Although the specifications indicate that bridged taps do not cause problems for DSL, actual deployment says otherwise. To achieve the bandwidth that DSL promises, the taps must be terminated.

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