Summary

This document contains a collection of aviation practice questions and answers. The questions cover topics such as engine failure procedures, recommended bank angles, and propeller operation. This document is suitable for aviation students and professionals.

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1- On a multi-engine aircraft equipped with a coventional constant-speed, variable-pitch, full-feathering propeller, which direction does increasing oil pressure in the propeller hub move the blades? - Toward low-pitch, low rpm - Toward high-pitch, low rpm - **Toward low-pitch, high rpm** 2 - Wh...

1- On a multi-engine aircraft equipped with a coventional constant-speed, variable-pitch, full-feathering propeller, which direction does increasing oil pressure in the propeller hub move the blades? - Toward low-pitch, low rpm - Toward high-pitch, low rpm - **Toward low-pitch, high rpm** 2 - What is the recommended bank angle to use when performing turns with one engine inoperative? - 10 degrees - 5 degrees - **15 degrees** - 20 degrees 3 - In a high AoA situation, the descending blade of the propeller generates assymetry due to: - The ascending blade generating more effective thrust - **A higher thrust generated than the ascending blade** - The prop. having 3 blades - It being heavier than the ascending blade 4 - Which factors lower Vmc? - An increase in weight and an aft CG - A decrease in weight and an aft CG - **An increase in weight and forward CG** 5 - The propellers assymetric load contribute the left turning tendency in conventional airplanes. - False - **True** 6 - In case of a sudden power reduction during a approach, a high RoD is observed due to: - open cowl flaps - reduced P-factor - **reduced induced airflow** - reduced torque 7 - There are 2 types of fuel pumps to provide fuel pressure: eng. driven fuel pumps and electrical boost pumps. - **True** - False 8 - The reccomended T/O speed is Vmc + 5 kts - **True** - False 9 - To execute an instrument approach on one engine, plan to fly the final approach segment at Vyse or Vmc, whichever is lower. - True - **False** 10 - The right eng. is critical in multi-engine airplanes that have engine configurations in which both propellers turn clockwise. - True - **False** 11 - Vxse is defined as: - Best rate of climb OEI - **Best angle of climb OEI** - Maximum landing gear extended speed - Best angle of climb 12 - During T/O run, in addition to monitoring the RPM, map and oil temperature and pressure, the pilot should also check: - **FF and airspeed** - Flight instruments and fuel quantity - EGT and fuel selectors - Flaps and cabin door 13 - Select the true statement: - **Executing a stabilized app. can help prevent having to perform a risky engine-out go-around** - As you reduce power on final, be prepared to increase rudder pressure toward the operative eng. to maintain directional control - There is no need to declare an emergency provided one engine is still operating normally 14 - The recommended procedure for tight turns while rolling on the ground is: - Both nose wheel turning and brake differential - Nose wheel turning - **Power differential** - Brake differential 15 - An engine failure must be considered for all departures in a multi-engine airplane. - **True** - False 16 - The speed for best rate of climb in a multi-engine airplane is called: - Vx - Vxse - **Vy** - Vyse 17 - The ASD is longer when the density altitude is lower. - True - **False** 18 - The left engine is the critical engine in all twin engine aircraft: - True - **False** 19 - The assymetrical load of the propellers tends to make conventional airplanes to turn to the left: - **True** - False 20 - The landing gear warning horn will not sound if the gear is up and only one throttle is reduced to idle. - True - **False** 21 - What rate of climb determines the single-engine service ceiling for a twin-engine airplane? - **50 ft/min** - 100 ft/min - Zero. That´s why it´s called ceiling 22 - If you determine the inoperative engine cannot be restarted after failure, you should always feather the propeller to reduce drag. - **True** - False 23 - Define T/O decision speed (V1): - **The highest speed at which the pilot must initiate action to stop the airplane in the event of an aborted takeoff** - The speed at which the nose wheel is lifted, committing the aircraft to flight even if a powerplant should fail - The maximum speed at which the airplane can experience an engine failure and still be stopped within the ASD 24 - During takeoffs, a propeller synchronizer may be used to balance the rpm btw engines. - True - **False** 25 - During a OEI approach, flaps should be operated as little as possible until the landing is assured. - **True** - False 26 - Which of the following causes more drag during an engine failure? - Full flaps - LDG gear down - **Windmilling propeller** - It varies depending on the aircraft 27 - If a T/O is initiated at an altitude greater than OEI service ceiling, an eng. failure will result in: - a normal climb after take-off - a shallow climb after take-off - **level flight after take-off** - a forced landing 28 - The altitude at which Vx and Vy are the same is called: - Decision altitude - **Absolute ceiling** - Service ceiling - Relative ceiling 29 - A red light on the landing gear indication system means the wheels are ascending, descending or not yet locked. - **True** - False 30 - Turbocharging increases the service airplaine´s ceiling by: - providing more lift - providing more induced airflow - enabling a better air-fuel ratio - **providing sea level or greater map at high altitudes**

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