MODULE 17 PROPELLER 17.1.2




 Fundamentals.

PLEASE NOTE DOWN YOUR  SELECTED OPTIONS ON A PAPER AND  AT THE  END OF THIS POST CORRECT OPTIONS ARE GIVEN



Question Number. 6. The blade angle at the root is.

Option A. less than the tip.

Option B. same from tip to root

. Option C. greater than the tip.



Question Number. 7. What force on a propeller blade turns the blades to a fine pitch?.

Option A. ATM.

Option B. Torque.

Option C. CTM.



Question Number. 8. The purpose of propeller twist is.

Option A. coarsen the blade angle at the root.

Option B. to maintain Blade Angle along the blade.

Option C. to maintain Angle of Attack at the same value along the blade.



Question Number. 9. The forces acting on a propeller blade are.

Option A. bending, twisting and centrifugal.

Option B. thrust, aerodynamic and tension.

Option C. thrust and torque.



Question Number. 10. Blade angle at the root is.

Option A. low.
 Option B. high.

Option C. master blade angle. 

ANSWERS


Question Number. 6. The blade angle at the root is.

Option A. less than the tip.

Option B. same from tip to root

. Option C. greater than the tip. 
Correct Answer 6 is. greater than the tip. 


Question Number. 7. What force on a propeller blade turns the blades to a fine pitch?.

Option A. ATM.

Option B. Torque.

Option C. CTM. 
Correct Answer 7 is. CTM.



Question Number. 8. The purpose of propeller twist is.

Option A. coarsen the blade angle at the root.

Option B. to maintain Blade Angle along the blade.

Option C. to maintain Angle of Attack at the same value along the blade. 
Correct Answer 8 is. to maintain Angle of Attack at the same value along the blade.


Question Number. 9. The forces acting on a propeller blade are.

Option A. bending, twisting and centrifugal.

Option B. thrust, aerodynamic and tension.

Option C. thrust and torque. 
Correct Answer 9 is. bending, twisting and centrifugal.



Question Number. 10. Blade angle at the root is.

Option A. low.
 Option B. high.

Option C. master blade angle. 
Correct Answer 10 is. high.

Comments

Post a Comment

Popular posts from this blog

What is AC Generator? Modern AC sources are, almost exclusively, induction generators, where the principle of work is based on electromagnetic induction. In this case, the electromagnetic current is obtained by rotating the conductors in the magnetic field. Today, almost all alternating current generators are three-phase. This means that in their movable part, which is called a rotor, they have three separate coils, placed between each other at an angle of 120◦, in which three EMC are phase-shifted precisely by 120◦, or in time sequence for a third period. Coils are usually indicated by the letters R, S and T, each of which defines a single phase. Depending on the binding of these coils, the transmission of electricity from the generator to the consumer is carried out with 4 or with 3 conductors. If at the beginnings of all the coils are bound at one point (the so-called zero point), then we are talking about star connection. In that case, the other ends of each coil, are connected wit
Read more

MODULE 3 CHAPTERR 3 QUIZ 1

03. Electrical Terminology .................................. Question Number. 1. If a photon radiating into an electronic device causes the production of an electron/hole pair, the device is known as a. Option A. light emitting diode. Option B. laser diode. Option C. photodiode. Correct Answer is. photodiode. Explanation. NIL .................................. Question Number. 2. Faraday's Law States that. Option A. the magnitude of the EMF is indirectly proportional to the rate of change of flux. Option B. the magnitude of the EMF is directly proportional to the magnetic flux. Option C. the magnitude of the EMF is directly proportional to the rate of change of flux. Correct Answer is. the magnitude of the EMF is directly proportional to the rate of change of flux. Explanation. NIL .................................. Question Number. 3. Which of the following is 1 Amp?. Option A. 1000 mA. ... Option B. 1000 kA. Option C. 1000 μA. Correct Answer is. 1000 mA. Explanation. NIL .
Read more

EASA MODULE 13 AIRCRAFT STRUCTURES AND SYSTEMS

                EASA MODULE 13 AIRCRAFT STRUCTURES AND SYSTEMS SUB-MODULE 01 THEORY OF FLIGHT  SUB-MODULE 03 AUTOFLIGHT                                                                            (ATA 22)  SUB-MODULE 04 COMMUNICATION / NAVIGATION                                       (ATA 23/34) SUB-MODULE 05 ELECTRICAL POWER                                                             (ATA 24) SUB-MODULE 06 EQUIPMENT AND FURNISHINGS                                        (ATA 25) SUB-MODULE 07 FLIGHT CONTROLS                                                                (ATA 27) SUB-MODULE 08 INSTRUMENTS                                                                        (ATA 31) SUB-MODULE 09 LIGHTS                                                                                      (ATA 33) SUB-MODULE 10 ON BOARD MAINTENANCE SYSTEMS                              (ATA 45) SUB-MODULE 11 AIR CONDITIONING AND CABIN PRESSURISATION       (ATA 21) SUB-MODULE 12 FIRE PROTECTION           
Read more