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Pilot's Handbook of Aeronautical Knowledge, Fifth Edition 5th edition [Pehme köide]

  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 231x188x28 mm, kaal: 656 g, 125 Illustrations
  • Ilmumisaeg: 16-May-2013
  • Kirjastus: McGraw-Hill Professional
  • ISBN-10: 0071808590
  • ISBN-13: 9780071808590
Teised raamatud teemal:
  • Formaat: Paperback / softback, 416 pages, kõrgus x laius x paksus: 231x188x28 mm, kaal: 656 g, 125 Illustrations
  • Ilmumisaeg: 16-May-2013
  • Kirjastus: McGraw-Hill Professional
  • ISBN-10: 0071808590
  • ISBN-13: 9780071808590
Teised raamatud teemal:
"The bestselling source of complete pilot information is now completely revised and updated"-Provided by publisher.

Having recently prepared a fifth edition of Illman's handbook for pilot radio communications, Gailey takes on another of his classic references, updating it from the 2000 fourth edition. Much of material remains the same even as in the 1991 first edition, he says, because the basics do not change much, especially for the beginning fliers who are primarily addressed here. Among the topics are principles of flight, weather, navigation, the airspace system, radio communications, and medical facts for pilots. Drawings and charts illustrate the text. Annotation ©2013 Book News, Inc., Portland, OR (booknews.com)

The most trusted source of complete pilot information--totally revised and updated!

A good pilot is always learning. That's why The Pilot's Handbook of Aeronautical Knowledge, FifthEdition, is such an indispensable resource. This bestselling guide covers all the essential informationa pilot needs to become more knowledgeable--from terminology, navigation, airport and airspaceoperations to radio communications, emergency procedures, flight planning, weather, and much more. At the same time, it strikes a balance of being both concise and comprehensive in a streamlined, to-the-point format--while retaining the integrity and scope of the original material.

Thoroughly revised, this new fifth edition has also been updated to include current FAA policies as wellas procedures involving pilot and passenger safety in flight, as well as safe operations at airports andairspaces, at and between airports. There's never been a more resourceful way for a pilot to add to the foundation on which safe flying skills are built--while continuing to learn.

New to this edition:

  • The most complete step-by-step, call-by-call, radio communications chapter available to today's aviation student covering a long-distance flight from start to finish
  • Updated FAA mandated standards of policies and procedures
  • Additional photos and drawings
  • A more streamlined design
  • Complete flight planning strategies for long-distance flights

Introduction xvii
Chapter 1 Earning Your Wings: Rewards and Responsibilities
1(6)
A Few among Many
1(1)
Self-Esteem and the Younger Student Pilot
2(1)
Flying and Discipline
2(1)
Selecting the Flight School and the Instructor
3(1)
Some Questions about You
4(3)
Chapter 2 Principles of Flight
7(24)
Forces Acting on the Airplane in Flight
7(4)
Lift
11(2)
Gravity (Weight)
13(1)
Thrust
13(1)
Drag
14(1)
Relationship of Forces on Flight
15(1)
Relationship between Angle of Attack and Lift
15(1)
Relationship of Thrust and Drag in Straight-and-Level Flight
16(1)
Relationship of Lift Weight in Straight-and-Level Flight
16(1)
Factors Affecting Lift and Drag
16(1)
Effect of Wing Area on Lift and Drag
16(1)
Effect of Airfoil Shape on Lift and Drag
16(1)
Effect of Air Density on Lift and Drag
17(1)
Turning Tendency (Torque Effect)
18(1)
Reactive Force
18(1)
Spiraling Slipstream
18(1)
Gyroscopic Precession
19(1)
"P" Factor or Asymmetric Propeller Loading
19(1)
Corrections for Turning Tendency or Torque during Flight
19(1)
Airplane Stability
20(1)
Longitudinal Stability about the Lateral Axis
21(1)
Longitudinal Control (Pitch) about the Lateral Axis
21(2)
Lateral Stability about the Longitudinal Axis
23(1)
Lateral Control (Roll) about the Longitudinal Axis
24(1)
Lateral Stability or Instability in Turns
24(1)
Directional Stability about the Vertical Axis (Yaw)
24(1)
Directional Control about the Vertical Axis (Yaw)
25(1)
Load and Load Factors
25(1)
Load Factors and Airplane Design
25(1)
Effect of Turns on Load Factor
26(1)
Effect of Load Factor on Stalling Speed
27(1)
Effect of Speed on Load Factor
27(1)
Effect of Flight Maneuvers on Load Factor
27(1)
Effect of Turbulence on Load Factor
28(1)
Determining Load Factors in Flight
28(1)
Forces on Airplanes at Airspeeds Slower than Cruise
29(1)
Forces in a Climb
29(1)
Forces in a Glide
29(1)
Turns during Flight
29(2)
Chapter 3 Airplanes and Engines
31(32)
Airplane Structure
31(1)
Flight-Control Systems
32(1)
Elevator
32(1)
Aileron
33(1)
Rudders
33(1)
Wing Flaps
33(1)
Trim Tabs
34(1)
Landing Gear
35(1)
Electrical Systems
36(4)
Engine Operations
40(1)
How an Engine Operates
40(2)
Cooling System
42(1)
Ignition System
43(1)
Fuel Systems and Conditions
44(1)
Fuel Tanks, Selectors, and Strainers
45(1)
Fuel Primer
45(1)
Fuel Pressure Gauge
45(1)
Induction, Carburetion, and Injection Systems
45(2)
Mixture Control
47(1)
Exhaust Gas Temperature Gauge
47(1)
Carburetor Icing
48(2)
Carburetor Air Temperature Gauge
50(1)
Outside Air Temperature Gauge
50(1)
Fuel Injection System
50(1)
Proper Fuel Is Essential
51(1)
Fuel Contamination
51(1)
Refueling Procedures
51(1)
Oil System
51(1)
Propeller
52(1)
Fixed-Pitch Propellers
52(1)
Variable-Pitch Propellers
53(1)
Starting the Engine
53(1)
Engines Equipped with a Starter
53(1)
Engines Not Equipped with a Starter
54(1)
Idling the Engine during Flight
54(1)
Aircraft Documents, Maintenance, and Inspections
55(1)
Certificate of Aircraft Registration
55(1)
Airworthiness Certificate
55(1)
Aircraft Maintenance
56(1)
Inspections
56(1)
Preventive Maintenance
57(1)
Repairs and Alterations
57(1)
Airworthiness Directives
58(1)
Preflight Inspection
58(1)
Preflight Checklist
58(3)
Engine Start, Ground Run-Up and Functional Check
61(2)
Chapter 4 Flight Instruments
63(18)
Glass Panels
63(1)
Analog Gauges
64(1)
The Pitot-Static System
64(6)
Gyroscopic Flight Instruments
70(1)
Sources of Power for Gyroscopic Operation
70(1)
Gyroscopic Principles
71(1)
Gyroscopic Instruments
72(6)
The Magnetic Compass
78(1)
Compass Errors
78(1)
Using the Magnetic Compass
79(2)
Chapter 5 Airplane Performance
81(48)
Weight Control
81(1)
Effects of Overloading
82(1)
Weight Changes
82(1)
Center of Gravity and Balance
83(1)
Effects of Adverse Balance
84(2)
Management of Weight and Balance (W&B) Control
86(1)
Terms and Definitions
86(2)
Control of Loading
88(1)
Weight and Balance Computations
88(4)
Useful Load Check
92(1)
Weight and Balance Restrictions
93(2)
Light Single-Engine Loading Problems
95(1)
Using the Index Table
96(1)
Using Graphic Aids
96(9)
Airplane Performance
105(1)
Density Altitude
105(1)
Density Altitude Effect on Engine Power and Propeller Efficiency
106(1)
Humidity
106(1)
Effect of Wind on Airplane Performance
106(1)
Runway Surface Condition and Gradient
107(1)
Ground Effect
107(1)
Performance Charts
108(1)
Interpolation
109(4)
Performance Charts; Locations and Information
113(1)
Pressure Altitude Graphs and Density Altitude Charts
114(1)
Takeoff Data Charts
115(4)
Climb Performance
119(2)
Maximum Glide
121(1)
Crosswind and Headwind Component Charts
121(1)
Stall Speed Charts
122(2)
Landing Performance Data
124(1)
Combined Graphs
125(2)
Conclusion
127(2)
Chapter 6 Weather
129(76)
Some of the Key Aviation Weather Data Sources
130(1)
Observations
130(1)
Other Observations Sources
131(1)
Meteorological and Forecast Centers
132(1)
Service Outlets
133(1)
Flight Service Stations (FSSs)
133(1)
Computerized Briefings
134(1)
En Route Flight Advisories
135(1)
Other Service Outlets
135(1)
Users of the Service Outlets
136(1)
The Nature of the Atmosphere
137(1)
Oxygen and the Human Body
138(1)
Measurement of Atmospheric Pressure
138(3)
Wind
141(1)
The Cause of Atmospheric Circulation
142(1)
Wind Patterns
143(1)
Convection Currents
144(3)
Effect of Obstructions on Wind
147(1)
Low-Level Wind Shear
148(1)
Wind and Pressure Representation on Surface Weather Maps
149(2)
Moisture and Temperature
151(1)
Relative Humidity
151(1)
Temperature-Dewpoint Relationship
151(1)
Methods by Which Air Reaches Dewpoint
152(1)
Effect of Temperature on Air Density
152(1)
Effect of Temperature on Flight
152(1)
Effect of High Humidity on Air Density
153(1)
Effect of High Humidity on Flight
153(1)
Dew and Frost
153(1)
Fog
154(1)
Clouds
154(5)
Ceiling
159(1)
Visibility
159(1)
Precipitation
160(1)
Air Masses and Fronts
160(1)
Warm Fronts
161(1)
Cold Fronts
162(1)
Wind Shifts
163(1)
Occluded Fronts
163(1)
Aviation Weather Forecasts and Reports Summary
164(1)
Principal Aviation Weather Information Sources
164(3)
Area Forecasts (FA)
167(4)
Meteorological Aviation Reports and TAFs
171(2)
The METAR: Its Structure and Elements
173(4)
A Terminal Airport Forecast: Its Structure and Elements
177(2)
Automated Weather Observing System (AWOS) and Automated Surface Observation System (ASOS)
179(2)
The AWOS System
181(1)
The ASOS System
181(3)
In-Flight Weather Advisories
184(8)
Turbulence
192(2)
Icing
194(3)
Weather Charts
197(1)
Surface Analysis Charts
197(1)
Weather Depiction Chart
198(1)
Radar Summary Chart
198(3)
Significant Weather Prognostic Charts
201(1)
Conclusion
201(4)
Chapter 7 Navigation
205(26)
Meridians and Parallels
206(3)
Measurement of Direction
209(1)
Variation and Deviation
209(1)
Variation
210(1)
Deviation
211(3)
Aeronautical Charts
214(1)
Sectional Charts
214(1)
Terminal Area Charts
215(1)
VFR/IFR Planning Charts
216(1)
En Route Low-Altitude Chart
216(1)
Airport/Facility Directory
217(1)
Navigation by Dead Reckoning
217(1)
Effect of Wind
217(2)
Basic Calculations
219(1)
Converting Minutes to Equivalent Hours
219(1)
Converting Knots to Miles per Hour
219(1)
Fuel Consumption
219(1)
Radio Navigation
220(1)
Global Positioning System (GPS)
220(1)
VHF Omnidirectional Range (VOR)
221(1)
VORs, VORTACs, and VOR/DMEs
222(1)
The VOR Aircraft Instrument
222(1)
Identifying a VOR
223(1)
VOR Dependability
223(1)
Using the VOR
224(1)
Tracking with Omni
225(2)
Nondirectional Radio Beacon (NDB) and Automatic Direction Finder (ADF)
227(1)
Distance-Measuring Equipment
228(1)
Radars
229(1)
Primary Radar
229(1)
Secondary Radar
230(1)
Chapter 8 The Airspace System
231(14)
Airspace Descriptions and Definitions
231(1)
The Airspace Briefly Described
232(3)
Operating VFR in Class E Controlled Airspaces
235(1)
Identifying Controlled and Uncontrolled Airspaces
236(1)
VFR Requirements
236(1)
VFR Visibility and Cloud Distance
237(1)
VFR Altitudes
238(1)
The Airspace Summarized
239(1)
Special Use Airspace
239(1)
Prohibited Areas
239(2)
Restricted Areas
241(1)
Warning Area
241(1)
Military Operations Areas (MOAs)
241(1)
Military Training Routes
242(1)
Air Defense Identification Zones
243(1)
Alert Area
243(1)
Temporary Flight Restrictions
243(1)
Conclusion
244(1)
Chapter 9 Airports
245(44)
Traffic Patterns
246(1)
Standard Traffic Patterns
246(3)
Uncontrolled Airports
249(1)
MULTICOM Airports
250(1)
UNICOM Airports
250(1)
Closed Tower at a Controlled Airport
251(1)
Airport Advisory Service (AAS)
252(1)
Controlled Airports
253(1)
Commonalities
253(7)
Class D Airports
260(1)
Class C Airports
261(2)
Class C Identification
263(1)
Pilot Requirements
263(1)
Aircraft Equipment Requirements
263(1)
Class B Airports
264(1)
Purposes of the Class B Airspace
265(1)
Pilot Qualifications
266(1)
Aircraft Equipment
266(1)
Transitioning a Class B Airspace
266(1)
Arriving at a Class B Airspace and Airport
267(1)
Departing a Class B Airport and Airspace
268(1)
Terminal Radar Service Areas (TRSAs)
268(1)
Airport Lighting Aids
269(1)
Airport Rotating Beacons
269(1)
Obstructions
270(1)
Airport-Approach Lights
271(3)
Runway Lighting
274(2)
Airport Runway Marking Aids
276(1)
Runway Designators
277(1)
Centerlines
278(1)
Threshold
278(1)
Displaced Threshold
278(1)
Threshold Markings
279(1)
Stopway Areas
280(1)
Closed Runway
280(1)
Runway Side-Stripe Markings
280(1)
Touchdown and Aiming-Point Markings
280(2)
Taxiways
282(1)
Airport Taxiway Marking Aids
283(1)
Centerlines
283(1)
Continuous Taxiway Markings
284(1)
Dashed Taxiway Markings
284(1)
Holding Position Markers
285(4)
Chapter 10 Radio Communications
289(38)
Commonly Heard Terminology
291(3)
Your Cross-Country Flight
294(1)
The Flight
295(32)
Chapter 11 VFR Flight Planning
327(16)
The Elements of Flight Planning
327(2)
The Preliminary Weather Check
329(1)
FSS Briefing and Flight Plan Filing
330(3)
Information to Give the Briefer
333(1)
Types of Briefings
333(1)
NOTAMs
334(1)
Replotting the Flight, if Necessary
334(1)
Completing the Flight Plan Form
335(1)
Fast File
336(1)
Extended Stops When Flight Plans Are Active
336(1)
Opening the Flight Plan
337(1)
En Route Position Reports
337(1)
Flight-Planning Recommendations
338(1)
Using Sectional Charts
339(1)
Using the Airport/Facility Directory
340(1)
Calculations
340(1)
Conclusion
341(2)
Chapter 12 Emergency Procedures
343(8)
Aviation Emergencies Defined
343(1)
Transponder and Radio Use in Emergencies
344(2)
The Use and Operation of a Transponder
346(1)
Transponder Codes
346(1)
Transponder Phraseology
347(1)
The Emergency Locator Transmitter (ELT)
348(1)
When the Radio Fails
348(2)
Be Prepared
350(1)
Chapter 13 Wake Turbulence
351(8)
Jet Blast Turbulence
351(1)
Vortex Generation
352(1)
Vortex Strength
353(1)
Induced Roll
353(1)
Vortex Behavior
353(1)
Some Vortex-Avoidance Procedures
354(3)
Helicopters
357(1)
Final Responsibility
357(2)
Chapter 14 Medical Facts for Pilots
359(8)
A Few Words about the Physical Exam
359(1)
Fitness for Flight
360(6)
Conclusion
366(1)
Chapter 15 Practical Operating Practices
367(8)
Conclusion 375(2)
Appendix A Acronyms and Abbreviations 377(6)
Index 383
Author of The Pilot's Radio Communications Handbook, 5th Edition The Pilot's Air Traffic Control Handbook, 3rd Edition, both Practical Flying Series titles. He is an active private pilot who holds single-engine commercial and multiengine ratings. He worked for TWA for 30 years in management positions and currently operates his own management consulting business.