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Actuating force, lb (N) Prime-mover factor Actuating force on leading shoe, lb (N) Load factor Normal force, lb (N) Starting factor Tension force on web, lb (N) Actuating force on trailing shoe, lb (N) Local acceleration of gravity, ft/s2 (m/s2) Gravitational constant, 32.174 lbm ft/(lb s2) [1 kg m/(N s2)] Overall heat transfer coefficient, Btu/(in2 s F) [W/(m2 C)] Convection heat transfer coefficient, Btu/(in2 s F) [W/(m2 C)] Radiation heat transfer coefficient, Btu/(in2 s F) [W/(m2 C)] Average rate of heat dissipation, lb ft/s or Btu/s (W) Mass moment of inertia, lb in s2 (kg m2) Mass moment of inertia on load side, lb in s2 (kg m2) Mass moment of inertia on prime-mover side, lb in s2 (kg m2) Service factor Moment arm of actuating force (drum brake); length of actuating lever in a band brake, in (m) Mass, lbm (kg) Moment of actuating force, lb in (N m) Moment of resultant friction force, lb in (N m) Moment of resultant normal force, lb in (N m) Shaft speed, r/s (Hz) or r/min Number of pairs of friction surfaces in disk clutches or brakes Number of shoes in centrifugal clutch Normal pressure, psi (MPa) or r/min Average contact pressure, psi (MPa) Hydraulic pressure, psi (MPa) Maximum contact pressure, psi (MPa) Maximum contact pressure on leading shoe, psi (MPa) Maximum contact pressure on trailing shoe, psi (MPa) Resultant normal force between drum and shoe, lb (N) Power, Btu/s or hp (kW) Component of normal force in x direction, lb (N) Component of normal force in y direction, lb (N) Larger band tension, lb (N) Smaller band tension, lb (N) Rate of energy dissipation during clutch slip, Btu/s (W)

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Multitable Queries (Joins)

Q r r rf R R R Re Ri Ro s S S t td ts T Ta Td T Tdes TL Tmax TP V Vo Vf Vw w W 1 2 e o

This query also produces six rows of query results, showing the matched girl/boy pairs and the unmatched boys. This time the unmatched girls are missing from the results. As noted before, the left and right outer joins do not treat the two joined tables symmetrically. It is often useful to think about one of the tables being the major table (the one whose rows are all represented in the query results) and the other table being the minor table (the one whose columns contain NULL values in the joined query results). In a left outer join, the left (first-mentioned) table is the major table, and the right (later-named) table is the minor table. The roles are reversed in a right outer join (the right table is major, the left table is minor). In practice, the left and right outer joins are more useful than the full outer join, especially when joining data from two tables using a parent/child (primary key/foreign key) relationship. We have already seen one example involving the SALESREPS and OFFICES table in the sample database. The REP_OFFICE column in the SALESREPS table is a foreign key to the OFFICES table; it tells the office where each salesperson works, and it is allowed to have a NULL value for a new salesperson who has not yet been assigned to an office, such as Tom Snyder. Any join that exercises this SALESREPS-to-OFFICES relationship and expects to include data for Tom Snyder must be an outer join, with the SALESREPS table as the major table. Here is the example used earlier: List the salespeople and the cities where they work.

Streaming media will be consumed in surprising ways, using surprising devices. The old assumptions the consumer electronics industry relies upon when designing its products won t hold. Streaming media receivers are not point products that work in isolation. Rather, they are intimately connected to each other and to the wider world. They will work in concert with other machines. Product designers have yet to stretch their imaginations to accommodate the myriad possibilities for streaming media reception. Streaming media will be something that we watch everywhere. The trend toward pervasive computing will be significant to streaming media, since digital media will provide the interface from device to user. The PC will not be the only device we use to access streaming media, but most receivers will have significant embedded computing power. Today there are few technical constraints to the creation of these streaming media appliances. The reason there isn t a receiver on your fridge is more related to the lack of a broadband streaming media infrastructure than to unrealized technological breakthroughs or cost. According to research done by Streaming Media Inc., in association with The Carmel Group, non-PC streaming media devices will number 48.7 million units by 2007. They estimate there will be 7 million users of nonPC streaming devices by that time. Streaming to devices other than PCs will remain a novelty at least until 2005. Figure 3.2 illustrates the projected trends in non-PC streaming devices, while Figure 3.3 shows the corresponding number of consumers. This section is about the devices and situations that will define how we watch streaming media.