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DOCUMENT RESUME ED 314 619 CE 053 978 TITLE Flight Engineer DOCUMENT RESUME ED 314 619 CE 053 978 TITLE Flight Engineer. Question Book. Expires September 1, 1991. INSTITUTION Federal Aviation Administration (DOT), Washington, D.C. REPORT NO FAA-T-8080-8C PUB DATE 89 NOTE 176p. AVAILABLE FROM Superintendent of Documents, U.S. Government Printing Office, Washington, DC 20402 (Stock No. 050-007-00818-0: $11.00). PUB TYPE Tests/Evaluation Instruments (160) EDRS PRICE NFO1 /PC08 Plus Postage. DESCRIPTORS *Aircraft Pilots; *Aviation Education; *Aviation Technology; Aviation Vocabulary; *Flight Training; *Job Training; Occupational Information; Postsecondary Education; Testing; Test Items IDENTIFIERS *Flight Engineers ABSTRACT This question book was developed by the Federal Aviation Administration (FAA) to be used by FAA testing centers and FAA-designated written test examiners when administering the flight engineer written test. The book can be used to test applicants in the following flight engineer knowledge areas: basic, turbojet powered, turbopropeller powered, and reciprocating engine powered. The multiple-choice test questions in this book represent a departure from referencing specific airplane makes and models. Instead, test questions are referenced from readily available publications using general questions common to the operation of most turbojet, turbopropeller, and reciprocating engines. Extensive appendices contain background material needed to answer the questions, includihg 58 figures. (Answers to the questions are not included, norare they published by the FAA.) (KC) Reproductions supplied by EDRS are the best that can be made from the original document. FLIGHT ENGINEER QUESTION BOOK 1989 U.S. DEPARTMENT OF TRANSPORTATION FEDERAL AVIATION ADMINISTRATION Aviation Standards National Flaid Office 3 PREFACE This question book has been developed by the Federal Aviation Administration (FAA) to be used by FAA testing centers and FM designated written test examiners when admit ristering the flight engineer written test. This question book is for use in testing applicants in the following knowledge areas: Flight EngineerBasic Flight EngineerTurbojet Powered Flight EngineerTurbopropeller Powered Right EngineerReciprocating Engine Powered An applicant for a flight engineer certificate must pass a basic written test and a class rating written test appropriate to the aircraft class for which a rating is desired. The flight engineer class test questions in this question book represent a departure from referencing specific airplane makes and models. Instead, class test questions are referenced from readily available publications utilizing general-type questions common to the operation of most turbojet, turbopropeller, and reciprocating engines. This question book is issued as FM-T-8080-8C, Flight Engineer Question Book, and is available to the public from: Superintendent Of Documents U.S. Government Printing Office Washington, DC 20402 or from U.S. Government Printing Office bookstores located in major cities throughout the United States. The questions included in this publication are predicated on regulations, references, principles, and practices that were valid at the time of publication. The question selection sheets prepared for use with this question book are security items and are revised at frequent intervals. The FM does NOT Publish, supply, or make available, the correct answers tc questions included in this question book. Students should determine the correct answers through research and study of appropriate subject material, working with Instructors, and by attending appropriate ground schools. The FM is NOT responsible for the content of commercial reprints of this question book, or the accuracy of any answers supplied separate or inclusive. iN 4 Contents Page Preface iii Contents v General Instructions vii Introduction to the Right Engineer Question Book ix Questions 1 Appendix 1 Subject Matter Knowledge Codes 1 Appendix 2 Figure 1. Dual Container Installation 1 Figure 2. Fire Detection System and Fire Switches 1 Figure 3. Effect of Wind on Takeoff and Landing 2 Figura 4. Engine Pressure Ratio Measurement in an Axial-Flow Turbojet Engine 3 Figure 5. Inlet and Exhaust Jet Wake Danger Areas for a Typical Turbofan Engine 4 Figure 6. Pftot-Static System for a Typical Large Jet Transport Airplane 5 Figure 7. Quadrant Design 5 Figure 8. Temperatures in a Two-Spool Turbojet Aircraft Engine 6 Figure 9. Dual-Spool Axial-Flow Compressor 6 Figure 10. Major Subassemblies of an Axial-Flow Gas Turbine Engine 7 Figure 11. Comm Hand Signals for Use with Turbojet Aircraft 8 Figure 12. Basic Powerplant Instruments of a Two-Stage Axial-Flow Turbine Engine 9 Figure 13. Exhaust Nozzles 10 Figure 14. Conversion Factors 11 Figure 14A. Conversion Factors 2 Figure 15. Danger Areas Around a Jet Aircraft '3 Figure 16. Airflow Path 14 Figure 17. Airflow Path 14 Figure 18. Engine Oil Entering the Cylinder of a Counterweight Propeller 15 Figure 19. Oil Draining from the Cylinder of a Counterweight Propeller 15 Figure 20. Hydromatic Propeller Installation 16 Figure 21. Hydromatic Propeller Installation 17 Figure 22. Hydromatic Propeller Installation 18 Figure 23. Power Schedule 19 Figure 24. Operating Conditions 20 Figure 25. Ditching 20 Figure 26. Loading Tables 21 Figure 27. Cabin Oxygen Duration 22 Figure 28. In-Flight Engine Start 22 Figure 29. In-Flight Engine Restart 23 Figure 30. Go-Around EPR 24 Figure 31. Maximum Takeoff N1 25 Figure 32. Maximum Takeoff EPR 25 Figure 33. Cabin Oxygen Duration 26 Figure 34. In-Plight Engine Start 27 Figure 35. Maximum Takeoff EPR 27 Figure 36. In-Flight Engine Start 28 Figure 37. Normal/Maximum Takeoff Thrust 29 Figure 38. Takeoff Speeds 30 Figure 39. CG Shift. 31 Figure 40. CG in Percent of MAC 31 Figure 41. Cargo Shift. 32 Figure 42. Maximum Payload 32 Figure 43. Cruise Weight Change 32 Figure 44. Gross Weight Table 33 Figure 45. Torque Requirement Conditions 33 ContentsContinued Figure 48. Minimum Takeoff Torque 34 Figure 47. Fuel Bum Conditions 34 Figure 48. Cabin Rate of Climb 35 Figure 49. Loading Conditions 35 Figure 50. CO Position Change 36 Figure 51. Cargo Shift Conditions 36 Figure 52. Takeoff Power Conditions 36 Figure 53. Takeoff Power Conditions 37 Figure 54. Lending Weight Conditions 37 Figure 55. Cruise Cheri 38 Figure 56. Cabin Altitude Conditions 39 Figure 57. Maximum Payload Conditions 39 Figure 58. Cargo Shift Conditions 39 vi 6 illII=MINEWCIIii...2 GENERAL INSTRUCTIONS MAXIMUM TIME ALLOWED FOR TEST:6 HOURS TEST MATERIALS Materials to be used with this question book le qn used for airman testing: 1. AC Form 8080-3, Airman Written Test Application, which includes the answer sheet 2. Question selection sheet which identifies the questions to be answered. 3. Plastic overlay sheet which can be placed over performance charts for plotting purposes. TAKING THE TEST Read the instructions on page 1 of AC Form 8080-3, and complete page 4 of the form. 2. The question numbers in the question book are numbered consecutively beginning with number 8001. Refer to the question selection sheet to determine which question to answer. 3. For each item on the answer sheet, find the appropriate question in the question book. 4. Mark your answer in the space provided for that item on the answer sheet 5. Read each question carefully and avoid hasty assumptions. Do not answer until you understand the question. Do not spend too much time on any one question. Answer all the questions that you readily know and then reconsider thoseyou find difficult Be careful to make necessary conversions when working with temperatures, speeds, and distances. If a regulation, chart, or operations procedure is changed after this question book is printed, you will receive credit for the affected question until the next question book revision. Comments regarding this publication should be directed to: U.S. Department of Transportation Federal Aviation Administration Aviation Standards National Field Office Examinations Standards Branch Operations Standards Section, AVN-131 P.O. Box 25082 Oklahoma City, OK 73125 THE MINIMUM PASSING GRADE IS 70 WARNING *63.18 Written tests: Cheatinr, or other (6)Intentionallycause,assist,or unauthorized conduct. participate in any act prohibited by this paragraph. (a)Exceptasauthorizedbythe (b) No person whom the Administrator Administrator, no person may (1) Copy, or intentionally remove, a finds to have committed an act prohib- ited by paragraph (a) of this section is written test under this part; (2) Give to another, or receive from eligible for any airman or ground in- another, any part or copy of that test; structor certificate or rating, or to take (3) Give help on that test to, or receive any test therefore, under this chapter for a period of 1 help on that test from, any person during year after the date of that act. In addition, the commission of the periodthattestisbeinggiven; (4) Take any part of that test in behalf that act is a basis for suspending or revoking any airman or ground instruc- of another person; (5) Use any material or aid during the tor certificate or rating held by that person. period that test is being given; or INTRODUCTION TO THE FLIGHT ENGINEER QUESTION BOOK This question book presents the FAA flight engineer written Sufficient preparatory and study materials applicable to the tests. Applicants for flight engineer certificates must pass a FlightEngineerBasic Written Test can be foundin Basic Written Test and a ClassRating WrittenTest government publications which include: appropriate to the class of aircraft for which a rating is desired. AC 00-2, Advisory Circular Checklist AC 00-6, Aviation Weather The Flight Engineer Basic Written Test consists of questions AC 61-21, Flight Training Handbook over subject areas pertaining to: AC 61-23, Pilot's Handbook of Aeronautical Knowledge AC 61-27, Instrument Flying Handbook Federal Aviation Regulations (FAR's) appropriate to a AC 91-23,Pilot's Weight and Balance Handbook flight engineer. Code of Federal Regulations (CFR), Parts 1 through Theory of flight and aerodynamics. 199 Basic meteorology with respect to engine operations. Airman's Information Manual (AIM) Center of gravity computations.
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