Page 4 - Applied statistics and probability for engineers

Printed circuit cards Example 2-10 Temperature in Phoenix, AZ Exercise 8-49
Exercises 2-42, 3-122 Temperature of sewage discharge Exercises 6-92, 6-97
Redundant disk array Exercise 2-127 Voters and air pollution Exercises 9-27, 9-94
Resistors Example 7-1 Waste water treatment tank Exercise 2-37
Exercise 6-86 Water demand and quality Exercises 4-68, 9-137
Solder connections Exercises 3-1, 15-43, 15-45 Watershed yield Exercise 11-70
Strands of copper wire Exercise 2-77
Surface charge Exercise 14-15 MATERIALS
Surface mount technology (SMT) Example 16-5
Transistor life Exercise 7-51 Baked density of carbon anodes Exercise 14-4
Ceramic substrate Example 16-4
Voltage measurement errors Exercise 4-48N
Coating temperature Exercises 10-24, 10-60
ENERGY Coating weight and surface roughness Exercise 2-90
Compressive strength Exercises 7-56, 11-60
Consumption in Asia Exercises 6-29, 6-45, 6-59
Flow rate on silicon wafers Exercises 13-2, 13-16, 15-28
Enrichment percentage Insulation ability Exercise 14-5
of reactor fuel rods Exercises 8-41, 8-71, 8-88
Insulation luid breakdown time Exercises 6-8, 6-74
Fuel octane ratings Exercises 6-22, 6-26, 6-38, Izod impact test Exercises 8-28, 8-62, 8-74,
6-42, 6-58, 6-78, 10-7
9-66, 9-80
Gasoline cost by month Exercise 15-98 Luminescent ink Exercise 5-28
Gasoline mileage Exercises 10-89, 11-6, 11-17,
Paint drying time Examples 10-1, 10-2, 10-3
11-28, 11-44, 11-56, 12-27, Exercises 14-2, 14-19, 15-8,
12-55, 12-57, 12-77, 12-89,
15-16
15-37 Particle size Exercises 4-33, 16-17
Heating rate index Exercise 14-46
Photoresist thickness Exercise 5-63
Petroleum imports Exercise 6-72 Plastic breaking strength Exercises 10-5, 10-20, 10-55
Released from cells Exercise 2-168
Polycarbonate plastic Example 2-8
Renewable energy consumption Exercise 15-78 Exercises 2-66, 2-76
Steam usage Exercises 11-5, 11-27, 11-43,
Rockwell hardness Exercises 10-91, 9-115, 15-17
11-55 Temperature of concrete Exercise 9-58
Wind power Exercises 4-132, 11-9
Tensile strength of
ENVIRONMENTAL Aluminum Example 10-4
Fiber Exercises 7-3, 7-4, 13-3, 13-17
Arsenic Example 10-6 Steel Example 10-9
Exercises 12-12, 12-30, 12-48,
Exercise 9-44
12-62, 12-76, 12-88, 13-39 Paper Example 13-1
Asbestos Exercises 4-85, 4-169
Exercises 4-154, 11-86
Biochemical oxygen demand (BOD) Exercises 11-13, 11-33, 11-51 Titanium content Exercises 8-47, 9-79, 15-2,
Calcium concentration in lake water Exercise 8-9
15-12
Carbon dioxide in the atmosphere Exercise 3-58 Tube brightness in TV sets Exercises 7-12, 8-35, 8-67,
Chloride in surface streams Exercises 11-10, 11-32, 11-48,
8-79, 9-148, 9-67, 14-1
11-59
Cloud seeding Exercise 9-60 MECHANICAL
Earthquakes Exercises 6-63, 9-102, 11-15,
15-46 Aircraft manufacturing Examples 6-6, 12-12, 14-1,
Emissions and luoride emissions Exercises 2-28, 15-34 15-6, 16-1
Global temperature Exercises 6-83, 11-74 Exercises 6-8, 8-97, 10-42,
Hydrophobic organic substances Exercise 10-93 15-31, 15-13, 15-74
Mercury contamination Example 8-4 Artillery shells Exercise 9-106
Ocean wave height Exercise 4-181 Beam delamination Exercises 8-32, 8-64
Organic pollution Example 3-18 Bearings Examples 8-7, 8-8
Oxygen concentration Exercises 8-94, 9-63, 9-140 Exercise 9-95
Ozone levels Exercises 2-9, 11-90 Diameter Exercises 4-181, 9-42, 15-6,
Radon release Exercises 13-8, 13-20 15-14
Rainfall in Australia Exercises 8-33, 8-65, 8-77 Wear Example 4-25
Suspended solids in lake water Exercises 6-32, 6-48, 6-60, Exercises 5-22, 4-127, 12-19,
6-80, 9-70 12-39, 12-45, 12-67

(Text continued at the back of book.)