Muutke küpsiste eelistusi

Instructor Test Prep 2018: Study & Prepare: Pass Your Test and Know What is Essential to Become a Safe, Competent Flight or Ground Instructor-from the Most Trusted Source in Aviation Training Supplement [Multiple-component retail product, part(s) enclosed]

(Uuem väljaanne: 9781619546837)
4.36/5 (11 hinnangut Goodreads-ist)
  • Formaat: Multiple-component retail product, part(s) enclosed, kõrgus x laius x paksus: 292x229x25 mm, kaal: 1270 g, Contains 2 Paperback / softbacks and 1 Other merchandise
  • Sari: Test Prep
  • Ilmumisaeg: 12-Sep-2017
  • Kirjastus: Aviation Supplies & Academics
  • ISBN-10: 1619545519
  • ISBN-13: 9781619545519 (Uuem väljaanne: 9781619546837)
Teised raamatud teemal:
  • Multiple-component retail product, part(s) enclosed
  • Hind: 75,35 €*
  • * saadame teile pakkumise kasutatud raamatule, mille hind võib erineda kodulehel olevast hinnast
  • See raamat on trükist otsas, kuid me saadame teile pakkumise kasutatud raamatule.
  • Kogus:
  • Lisa ostukorvi
  • Tasuta tarne
  • Lisa soovinimekirja
Instructor Test Prep 2018: Study & Prepare: Pass Your Test and Know What is Essential to Become a Safe, Competent Flight or Ground Instructor-from the Most Trusted Source in Aviation Training SupplementSuurem pilt
  • Formaat: Multiple-component retail product, part(s) enclosed, kõrgus x laius x paksus: 292x229x25 mm, kaal: 1270 g, Contains 2 Paperback / softbacks and 1 Other merchandise
  • Sari: Test Prep
  • Ilmumisaeg: 12-Sep-2017
  • Kirjastus: Aviation Supplies & Academics
  • ISBN-10: 1619545519
  • ISBN-13: 9781619545519 (Uuem väljaanne: 9781619546837)
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781619545519.html
Trade Paperback + Software Download version: Trade paperback book comes with code to download Prepware software from ASA's website. Applicants studying for the Certified Flight Instructor (CFI) Knowledge Exams will find sample questions for every question in the Federal Aviation Administration exam database along with their answers and explanations, in this guide. The more than 900 questions from the exam are arranged by subject category, with each section prefaced by text introducing the subject matter and accompanied by specific study material. Each question is followed by the answer, an explanation of the answer, and a Learning Statement Code for further study in FAA materials. Updates are provided to account for FAA test-question changes throughout the publication year via the ASA website or e-mail. Subjects covered include the fundamentals of instructing, the principles of flight, aircraft performance, weather services, en route flight and navigation, airport procedures and operations, and flight physiology. Includes softcover book and computer testing supplement.
Instructions
Preface vii
Updates and Practice Tests viii
Description of the Tests 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 Flight Instructor Certificates xv
Knowledge Exam References xix
ASA Test Prep Layout xx
Chapter 1 Fundamentals of Instructing
The Learning Process
3(19)
Human Behavior
22(5)
Effective Communications
27(3)
The Teaching Process
30(1)
Teaching Methods
31(8)
The Instructor as a Critic
39(2)
Evaluation
41(7)
Instructional Aids
48(2)
Flight Instructor Characteristics and Responsibilities
50(7)
Techniques of Flight Instruction
57(4)
Planning Instructional Activity
61
Chapter 2 Aerodynamics and the Principles of Flight
The Axes of an Aircraft
3(1)
Airfoils and Aerodynamic Shapes
4(2)
The Aerodynamic Forces
6(5)
The Balance of Forces
11(4)
Maneuverability, Controllability, and Stability
15(5)
Aerodynamic Efficiency
20(1)
Load Factors and Maneuvering Speed
21(3)
Stalls and Spins
24(3)
Wing Shapes
27(3)
High-Lift Devices
30(1)
Ground Effect
31(2)
Principles of Rotorcraft Flight
33(5)
Gyroplane Aerodynamics
38(5)
Glider Aerodynamics
43(2)
Balloon Aerodynamics
45(5)
Weight-Shift Control Aerodynamics
50(2)
Powered Parachute Aerodynamics
52
Chapter 3 Aircraft Systems
Magnetic Compass
3(2)
Pitot-Static Instruments
5(5)
Gyroscopic Instruments
10(1)
Automation Management
11(1)
The Electrical System
12(1)
Oxygen Systems
13(1)
Cold Weather Operation
14(1)
The Powerplant
14(3)
The Ignition System
17(1)
Fuel Systems
18(6)
Fuel-Air Mixture Control
24(3)
Induction Systems
27(1)
Detonation
28(1)
Propeller Design
29(2)
Propeller Forces
31(2)
Critical Engine of a Multi-Engine Airplane
33(1)
Constant-Speed Propellers
34(1)
Rotorcraft Systems
35(2)
Glider Instrumentation
37(1)
Balloon Fuel Systems
38(2)
Light-Sport Aircraft Systems
40
Chapter 4 Aircraft Performance
Altitude
3(4)
Effect of Density Altitude on Aircraft Performance
3(4)
Takeoff Performance
7(5)
Climb Performance
12(1)
Range Performance
13(1)
Glide Distance
14(1)
Stall Speed Performance
15(1)
Landing Performance
16(2)
Multi-Engine Performance
18(2)
Wind Components
20(4)
Helicopter Performance
24(1)
Balloon Performance
25(2)
Principles of Weight and Balance
27(5)
The Law of the Lever
32(3)
Finding the Center of Gravity
35(4)
Weight to be Added or Removed
39(4)
Weight to be Shifted
43(2)
Helicopter Weight and Balance
45
Chapter 5 Weather and Weather Services
The Earth's Atmosphere
3(1)
Temperature, Pressure and Density
4(2)
Wind
6(2)
Moisture and Precipitation
8(2)
Stable and Unstable Air
10(1)
Clouds
11(2)
Air Masses and Fronts
13(3)
Turbulence
16(2)
Icing
18(2)
Thunderstorms
20(2)
Fog
22(2)
High-Altitude Weather
24(1)
Soaring Weather
24(4)
Aviation Routine Weather Report (METAR)
28(3)
Pilot Reports (UA)
31(1)
Terminal Aerodrome Forecast (TAF)
32(2)
Graphical Forecasts for Aviation (GFA)
34(1)
Winds and Temperatures Aloft Forecast (FB)
34(1)
In-Flight Weather Advisories (WA, WS, WST)
35(1)
Surface Analysis Chart
36(2)
Constant Pressure Analysis Charts
38(1)
Convective Outlook Chart
39
Chapter 6 Enroute Flight and Navigation
Enroute Flight
3(7)
The Wind Triangle
10(1)
The Flight Computer
11(11)
Finding Time, Distance, Ground Speed
11(3)
Finding Magnetic Heading and Ground Speed
14(2)
Finding Wind Direction and Velocity
16(1)
Finding Distance Traveled
17(1)
Finding Fuel Required
17(1)
Finding Range Available
18(2)
Finding the Required Airspeed
20(2)
Off-Course Correction
22(2)
Very High Frequency Omni-Directional Range (VOR)
24(3)
Time and Distance to the Station Using VOR
25(2)
VOR Test (VOT)
27(1)
VORTAC
27(1)
Distance Measuring Equipment (DME)
28
Chapter 7 Procedures and Airport Operations
Airspace
3(10)
Chart Supplements U.S. (previously A/FD)
13(1)
Runway Gradient
13(1)
Control Tower Operating Hours
13(1)
Notices to Airmen (NOTAM)
14(1)
Communications
15(2)
Airport Lighting
17(3)
Airport Marking Aids and Signs
20(4)
Airport Operation
24(2)
Wake Turbulence
26(2)
Flight Plans
28
Chapter 8 Regulations
Definitions and Abbreviations
3(1)
Accident Reports
4(2)
Required Documents
6(2)
Medical Certificates
8(2)
Student Pilot Certification
10(3)
Recreational Pilot Certification
13(1)
Private Pilot Certification
14(2)
Commercial Pilot Certification
16(2)
Ground and Flight Instructor Certification
18(5)
Flight Instructors with a Sport Pilot Rating
19(4)
Flight Instruction, Reviews and Records
23(2)
Required Endorsements
25(2)
Pilot Tests
27(3)
Presolo Requirements
30(1)
Recency of Experience
31(1)
Change of Permanent Mailing Address
32(1)
Glider Towing
33(1)
Emergency Deviation from Rules
33(1)
Preflight Planning
34(1)
Use of Seatbelts
35(1)
Alcohol and Drugs
35(1)
Parachutes
36(1)
Safety Pilot Requirements
37(1)
Fuel Reserve Requirements
37(1)
Transponder Requirements
38(1)
Minimum Equipment Lists
38(1)
Supplemental Oxygen
39(1)
Lighting Requirements
40(2)
Emergency Locator Transmitter
42(1)
Formation Flights and Right-of-Way
43(1)
Maximum Authorized Speeds
44(1)
Distance from Obstructions
45(1)
Flight Plan Airspeed
45(1)
Flight from Noncontrolled Airports
46(1)
VFR Cruising Altitudes
46(1)
Maintenance, Preventive Maintenance and Alterations
46(3)
Rotorcraft Regulations
49(3)
Gyroplane Regulations
52(1)
Glider Regulations
52(2)
Balloon Regulations
54
Chapter 9 Flight Instruction and Maneuvers
Taxiing
3(1)
Takeoffs
4(1)
Turns
5(3)
Turbulence and Wind Correction
8(1)
Approaches and Landings
9(4)
Rectangular Course
13(1)
Turns Around a Point
14(2)
S-Turns
16(1)
Eights-On-Pylons
17(2)
Stalls and Slow Flight
19(2)
Steep Turns
21(1)
Chandelles
22(2)
Lazy Eights
24(2)
Flight by Reference to Instruments
26(12)
Helicopter Operation
38(13)
Helicopter Controls
38(4)
Takeoffs and Hovering
42(1)
Autorotation
42(4)
Retreating Blade Stall
46(1)
Settling with Power
47(1)
Slope Operation
48(1)
Rapid Decelerations
49(1)
Pinnacle Approaches
50(1)
Running Landings
50(1)
Gyroplane Flight Operation
51(1)
Glider Flight Operation
52(4)
Balloon Flight Operation
56
Chapter 10 Flight Physiology
Principles of Flight Instruction
3(7)
Fitness for Flight
10(1)
Supplemental Oxygen
11(3)
Spatial Disorientation, Vertigo, and Visual Illusions
14(2)
Motion Sickness
16(1)
Collision Avoidance
16
Cross References
A Question Number and Page Number
1(1)
B Learning Statement Code and Question Number
1(1)
Preface iii
Contents v
Figure 1 Lesson Plan
1(1)
Figure 2 CONUS Display of CVA Ceiling Analysis
2(1)
Figure 2A Regional Display of CVA Ceiling Analysis
3(1)
Figure 3 Aviation Routine Weather Reports (METAR)
4(1)
Figure 4 Pilot Weather Report
5(1)
Figure 5 Terminal Aerodome Forecasts (TAF)
6(1)
Figure 6 Aviation Area Forecast (FA)
7(1)
Figure 7 Winds and Temperatures Aloft Forecast (FB)
8(1)
Figure 8 Surface Analysis Chart Symbols
9(1)
Figure 9 Surface Analysis Chart Symbols
10(1)
Figure 10 Weather Depiction Chart Symbols
11(1)
Figure 11 Weather Depiction Chart Symbols
12(1)
Figure 12 Weather Depiction Chart
13(1)
Figure 13 CIP/FIP Icing Severity Plus Supercooled Large Droplets (SLD)--Max Example
14(1)
Figure 13A GTG Composite Example
15(1)
Figure 14 Low-Level Significant Weather (SIGWX) Prognostic Charts
16(1)
Figure 15 Day 1 Categorical Convective Outlook
17(1)
Figure 16 Convective Weather Forecast
18(1)
Figure 17 Velocity/Load Factor Chart
19(1)
Figure 18 Stall Speed vs. Load Factor
20(1)
Figure 19 Angle-of-Attack vs. Lift
21(1)
Figure 20 Drag Chart
22(1)
Figure 21 Aspect Ratio
23(1)
Figure 22 Force Vectors
24(1)
Figure 23 Wing Hap Diagrams
25(1)
Figure 24 Density Altitude Chart
26(1)
Figure 25 Airspeed Calibration Stalls/Speeds Chart
27(1)
Figure 26 Takeoff Data Chart
28(1)
Figure 27 Maximum Climb Chart
29(1)
Figure 28 Short-Field Takeoff Distance Chart
30(1)
Figure 29 Glide Distance Chart
31(1)
Figure 30 Wind Component Chart
32(1)
Figure 31 Landing Distance Chart
33(1)
Figure 32 The Law of the Lever
34(1)
Figure 33 Moving the CG of a Board by Shifting the Weights
35(1)
Figure 34 Placement of Weight B to Cause the Board to Balance About Its Center
36(1)
Figure 35 Weight and Balance Diagram
37(1)
Figure 36 Weight and Balance Chart
38(1)
Figure 37 Rotor Blade Positions
39(1)
Figure 37A Rotor Blade
40(1)
Figure 38 Cross-Country
41(1)
Figure 39 Balloon Performance Graph
42(1)
Figure 40 Wind Triangle
43(1)
Figure 42 VOR Indicators
44(1)
Figure 44 Sectional Chart Excerpt
45(1)
Figure 45 Sectional Chart Excerpt
46(1)
Figure 46 Sectional Chart Excerpt
47(1)
Figure 47 Class C Airspace Diagram
48(1)
Figure 48 Rectangular Course
49(1)
Figure 49 Ground Track Maneuver Diagram
50(1)
Figure 50 S-Turn Diagram
51(1)
Figure 51 S-Turn Diagram
52(1)
Figure 52 Turn-and-Slip Indicators
53(1)
Figure 53 Heliport Markings
54(1)
Figure 54 Traffic Pattern Indicator
55(1)
Figure 55 Chart Supplements U.S. (formerly Airport/Facility Directory)
56(1)
Figure 56 Leading Edge High Lift Devices
57(1)
Figure 57 Glider Center of Gravity
58(1)
Figure 58 Weight and Balance Envelope
59