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Commercial Pilot Test Prep 2019 plus Airman Knowledge Testing Supplement for Commercial Pilot: Study & Prepare - Pass Your Test and Know What is Essential to Become a Safe, Competent Pilot from the Most Trusted Source in Aviation Training 2019 ed. [Multiple-component retail product, part(s) enclosed]

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  • Formaat: Multiple-component retail product, part(s) enclosed, kõrgus x laius x paksus: 267x216x25 mm, kaal: 998 g, Contains 3 Paperback / softbacks and 1 Other merchandise
  • Sari: Test Prep
  • Ilmumisaeg: 31-Aug-2018
  • Kirjastus: Aviation Supplies & Academics
  • ISBN-10: 1619546825
  • ISBN-13: 9781619546820
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  • Multiple-component retail product, part(s) enclosed
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Commercial Pilot Test Prep 2019 plus Airman Knowledge Testing Supplement for Commercial Pilot: Study & Prepare - Pass Your Test and Know What is Essential to Become a Safe, Competent Pilot from the Most Trusted Source in Aviation Training 2019 ed.Suurem pilt
  • Formaat: Multiple-component retail product, part(s) enclosed, kõrgus x laius x paksus: 267x216x25 mm, kaal: 998 g, Contains 3 Paperback / softbacks and 1 Other merchandise
  • Sari: Test Prep
  • Ilmumisaeg: 31-Aug-2018
  • Kirjastus: Aviation Supplies & Academics
  • ISBN-10: 1619546825
  • ISBN-13: 9781619546820
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781619546820.html
Trade Paperback + Software Download version: Trade paperback book comes with code to download Prepware software from ASA's website. Applicants studying for the FAA Commercial Pilot Knowledge Exams will find sample questions for every question in the Federal Aviation Administration (FAA) exam database along with their answers and explanations, in this guide. All of the more than 800 questions from the exam are arranged by subject category and are accompanied by specific study material. Updates are provided to account for FAA test-question changes throughout the publication year via the ASA website or e-mail. Subjects covered include aerodynamics, aircraft systems, flight instruments, aircraft performance, navigation, airspace and airport operations, and meteorology. Includes softcover book, computer testing supplement along with a code to download ASA Prepware software for further test practice.
Instructions
Preface vii
Updates and Practice Tests viii
Description of the Tests ix
Military Competency Exam ix
Knowledge Test Eligibility Requirements x
Process for Taking a Knowledge Test x
Use of Test Aids and Materials xiii
Retesting Procedures xiv
Cheating or Other Unauthorized Conduct xiv
Eligibility Requirements for the Commercial Pilot Certificate xv
Knowledge Exam References xvii
ASA Test Prep Layout xviii
Chapter 1 Basic Aerodynamics
Aerodynamic Terms
3(2)
Axes of Rotation and the Four Forces Acting in Flight
5(6)
Lift
6(1)
Weight
7(1)
Thrust
7(1)
Drag
7(4)
Lift/Drag Ratios
11(2)
The VG Diagram
13(1)
Stability
14(2)
Turns, Loads and Load Factors
16(7)
Stalls and Spins
23(1)
Flaps
24(1)
Wing Shapes
25(1)
Torque
26(1)
Ground Effect
27(1)
Wake Turbulence
28(2)
Glider Aerodynamics
30
Chapter 2 Aircraft Systems
Ignition System
3(1)
Air/Fuel Mixture
4(2)
Carburetor Ice
6(1)
Aviation Fuel
7(1)
Engine Temperatures
8(1)
Propellers
9(3)
Cold Weather Operations
12(1)
Rotorcraft Systems
13(16)
Glider Systems
29(8)
Balloon Operations
37(6)
Airship Operations
43(2)
Airship IFR Operations
45
Chapter 3 Flight Instruments
Airspeed Indicator
3(3)
Altitude Definitions
6(1)
Magnetic Compass
7(1)
Gyroscopic Instruments and Systems
8(1)
Attitude Instrument Flying
9(1)
Electronic Flight Instruments
10
Chapter 4 Regulations
Pilot Certificate Types and Privileges
3(3)
Medical Certificates
6(1)
Pilot Logbooks
7(1)
High-Performance, Complex and Tailwheel Airplanes
8(2)
Recent Flight Experience: Pilot-In-Command
10(1)
Change of Address
11(1)
Towing
12(1)
Responsibility and Authority of the Pilot-ln-Command
13(2)
Preflight Action
15(2)
Seatbelts
17(2)
Portable Electronic Devices
19(1)
Fuel Requirements
19(1)
Transponder Requirements
20(1)
Supplemental Oxygen
21(1)
Instrument and Equipment Requirements
22(1)
Restricted, Limited and Experimental Aircraft: Operating Limitations
22(1)
Emergency Locator Transmitter (ELT)
23(1)
Truth in Leasing
24(1)
Operating Near Other Aircraft and Right-of-Way Rules
24(3)
Speed Limits
27(1)
Aircraft Lights
28(1)
Minimum Altitudes
29(1)
Maintenance Responsibility
30(1)
Aircraft Inspections
31(2)
Maintenance Records
33(1)
Maintenance, Preventative Maintenance, Rebuilding and Alteration
34(1)
NTSB Part 830
35(3)
Rotorcraft Regulations
38(1)
Glider Regulations
39(1)
Lighter-Than-Air Regulations
40(2)
LTA Fundamentals of Instructing
42
Chapter 5 Procedures and Airport Operations
Airspace
3(11)
Basic VFR Weather Minimums
14(1)
Operations on Wet or Slippery Runways
15(1)
Land and Hold Short Operations (LAHSO)
16(1)
Airport Marking Aids and Signs
17(4)
VFR Cruising Altitudes
21(1)
Collision Avoidance
22(2)
Fitness Physiology
24(4)
Aeronautical Decision Making
28
Chapter 6 Weather
The Earth's Atmosphere
3(3)
Temperature
6(1)
Wind
7(2)
Moisture
9(1)
Stable and Unstable Air
10(1)
Clouds
11(5)
Air Masses and Fronts
16(1)
Turbulence
17(1)
Icing
18(3)
Thunderstorms
21(3)
Fog
24(2)
Wind Shear
26(3)
Soaring Weather
29
Chapter 7 Weather Services
Aviation Routine Weather Report (METAR)
3(2)
Pilot Report (UA)
5(3)
Terminal Aerodrome Forecast (TAF)
8(1)
Graphical Forecasts for Aviation (GFA)
9(1)
Winds and Temperatures Aloft Forecast (FB)
10(1)
Inflight Weather Advisories (WA, WS, WST)
10(3)
Surface Analysis Chart
13(1)
Constant Pressure Chart
14(1)
Tropopause Height/Vertical Wind Shear Prognostic Chart
14(1)
Significant Weather Prognostics
15(2)
Lifted Index Chart
17
Chapter 8 Aircraft Performance
Weight and Balance
3(9)
Computing Weight and Balance
4(1)
Graph Weight and Balance Problems
4(1)
Weight Change
5(1)
Weight Shift
6(6)
Rotorcraft Weight and Balance
12(3)
Glider Weight and Balance
15(2)
Headwind and Crosswind Components
17(2)
Density Altitude
19(1)
Takeoff and Landing Considerations
20(2)
Takeoff and Landing Distance
22(4)
Fuel Consumption vs. Brake Horsepower
26(2)
Time, Fuel and Distance to Climb
28(5)
Table Method
28(1)
Graph Method
29(4)
Cruise Performance Table
33(2)
Cruise and Range Performance Table
35(1)
Maximum Rate of Climb
36(1)
Glide Distance
37(1)
Rotorcraft Performance
38(2)
Glider Performance
40(3)
Balloon Performance
43
Chapter 9 Navigation
The Flight Computer
3(11)
Finding True Course, Time, Rate, Distance, and Fuel
3(7)
Finding Density Altitude
10(2)
Finding Wind Direction and Velocity
12(2)
VHF Omni-Directional Range (VOR)
14(4)
Horizontal Situation Indicator (HSI)
18
Chapter 10 IFR Operation
Instrument Approach Procedures
3(3)
Departure Procedures (DPs)
6(1)
Enroute Procedures
6(1)
Standard Terminal Arrivals (STARs)
7
Cross References
A Question Number and Page Number
1(1)
B Learning Statement Code and Question Number
1(1)
Preface iii
Contents v
Appendix 1
Legend 1 Sectional Aeronautical Chart
1(1)
Legend 2 Chart Supplement
2(1)
Legend 3 Chart Supplement
3(1)
Legend 4 Chart Supplement
4(1)
Legend 5 Chart Supplement
5(1)
Legend 6 Chart Supplement
6(1)
Legend 7 Chart Supplement
7(1)
Legend 8 Chart Supplement
8(1)
Legend 9 Chart Supplement
9(1)
Legend 10 Chart Supplement
10(1)
Legend 11 Chart Supplement
11(1)
Legend 12 Chart Supplement
12(1)
Legend 13 Chart Supplement
13(1)
Legend 14 Chart Supplement
14(1)
Legend 15 Chart Supplement
15(1)
Legend 16 Chart Supplement
16
Appendix 2
Figure 1 Drag vs. Velocity
1(1)
Figure 2 Stall Speeds
1(1)
Figure 3 Angle of Attack vs. Lift
2(1)
Figure 3A Maximum Glide Distance
3(1)
Figure 4 Stall Speed vs. Load Factor
3(1)
Figure 5 Velocity vs. Load Factor
4(1)
Figure 6 Adiabatic Chart
5(1)
Figure 8 Fuel Consumption vs. Brake Horsepower
6(1)
Figure 9 Fuel, Time, and Distance to Climb
7(1)
Figure 10 Fuel, Time, and Distance to Climb
8(1)
Figure 11 Cruise and Range Performance
9(1)
Figure 12 Cruise Performance
10(1)
Figure 13 Fuel, Time, and Distance to Climb
11(1)
Figure 14 Fuel, Time, and Distance to Climb
12(1)
Figure 15 Fuel, Time, and Distance to Climb
13(1)
Figure 17 Horizontal Situation Indicator (HSI)
14(1)
Figure 26 ILS or LOC RWY 24R (LAX)
15(1)
Figure 27 ILS or LOC RWY 35R (DEN)
16(1)
Figure 28 ILS or LOC RWY 31 (DSM)
17(1)
Figure 29 ILS or LOC RWY 8L (ATL)
18(1)
Figure 30 VOR/DME or GPS-A (7D3)
19(1)
Figure 31 Wind Component Chart
20(1)
Figure 32 Obstacle Take-off Chart
21(1)
Figure 33 Maximum Rate of Climb Chart
22(1)
Figure 34 Cruise Performance Chart
23(1)
Figure 35 Normal Landing Chart
24(1)
Figure 36 Stations Diagram
25(1)
Figure 37 Center of Gravity Envelope and Loading Graph
26(1)
Figure 38 Loading Graph and Center of Gravity Envelope
27(1)
Figure 39 Stations Diagram
28(1)
Figure 40 Weight and Balance Chart
29(1)
Figure 41 Hover Ceiling vs. Gross Weight
30(1)
Figure 42 Rate of Climb (FT/MIN)
31(1)
Figure 43 Best Rate of Climb Speed
32(1)
Figure 44 Rate of Climb
33(1)
Figure 45 Running Takeoff
34(1)
Figure 46 Jump Takeoff
35(1)
Figure 48 Performance Curves Chart
36(1)
Figure 49 Performance Curves Chart
37(1)
Figure 50 Flight Envelope
38(1)
Figure 51 Airport Signs
39(1)
Figure 52 Sectional Chart Excerpt
40(1)
Figure 53 Sectional Chart Excerpt
41(1)
Figure 54 Sectional Chart Excerpt
42(1)
Figure 55 En Route Low Altitude Segment
43(1)
Figure 55A En Route Low Altitude Segment
44(1)
Figure 56 Two signs
45(1)
Figure 57 Sign
45(1)
Figure 58 Airport Diagram and Sign
45(1)
Figure 59 Taxiway Diagram and Sign
46(1)
Figure 60 Two Signs
46(1)
Figure 61 Sign
47(1)
Figure 62 Sign
47(1)
Figure 63 Sign and Intersection Diagram
47(1)
Figure 64 Sign
48(1)
Figure 65 Sign
48(1)
Figure 66 Chart Supplement
49(1)
Figure 67 Chart Supplement
50(1)
Figure 68 Chart Supplement
51(1)
Figure 69 Weather Prediction Center (WPC) Surface Prog Chart
52(1)
Figure 70 Weather Prediction Center (WPC) Surface Prog Chart
53(1)
Figure 71 Low-level Significant Weather Chart
54