PCAR PART 4 Flashcards
What is the correct height of a marking to be used on a lighter-than-air aircraft?
a.50 centimeters
b.48 centimeters
c.45 centimeters
d.30 centimeters
d.30 centimeters
The height of letters “M” and “W” should be _____ its width.
a.2/3 of
b.1/6 of
c.3/5 of
d.equal to
d.equal to
The number “1” should be ____ wide as it is high.
a. 1/6
b. 1/4
c. 1/2
d. 2/3
a. 1/6
In general, the width of the characters for marking should be _____ the height.
a. 2/3 of
b. 1/6 of
c. 1/4 of
d. equal to
a. 2/3 of
Where are the marks located in an unmanned free balloon?
a. Two places diametrically opposite each other
b. On identification plate
c. On each side
d. Above either the rigging band or the points of attachment of the suspension cables
b. On identification plate
The height of the marking used in lighter-than-air aircraft is _____.
a. 15 cm
b. 30 cm
c. 48 cm
d. 50 cm
b. 30 cm
What does RP-R mean?
a. Commercial aircraft
b. Glider aircraft
c. Rotorcraft
d. Industrial purposes aircraft
d. Industrial purposes aircraft
Considering a heavier-than-air aircraft, the size of markings at the fuselage is _____.
a. 15 cm
b. 30 cm
c. 48 cm
d. 50 cm
b. 30 cm
Which among the following is not acceptable to be used as an aircraft marking?
a. RP-C
b. RP-R
c. RP-G
d. None of the above
d. None of the above
The size of marks for a heavier-than-air aircraft located at the wings is _____.
a. 15 cm
b. 30 cm
c. 48 cm
d. 50 cm
d. 50 cm
The nationality mark for a Philippine registered aircraft is _____.
a. Phil
b. PH
c. RP
d. RoP
c. RP
A non-type certificated aircraft has a marking of _____.
a. RP-C
b. RP-E
c. RP-G
d. RP-I
e. RP-R
f. RP-S
g. RP-X
f. RP-S
Which PCAR Part sets forth the requirements for registration of aircraft in the Republic of the Philippines and governs the application of nationality and registration marks?
a. 4
b. 6
c. 7
d. 8
a. 4
What is the title of PCAR Part 4?
a. Personnel Licensing
b. Approved Training Organization
c. Aircraft Registration and Marking
d. Airworthiness
c. Aircraft Registration and Marking
Who issues the Certificate of Aircraft Registration?
a. Civil Aeronautics Board Executive Director
b. Commanding General of the Philippine Air Force
c. Director of Flight Standards Inspectorate Service
d. Secretary of Transportation
c. Director of Flight Standards Inspectorate Service
Which nationality and registration marks classify aircraft, except gliders, as complying fully with the airworthiness requirements as the case may be for the purpose of carrying persons or property, for or without hire?
a. RP-C
b. RP-E
c. RP-G
d. RP-I
e. RP-R
f. RP-S
g. RP-X
a. RP-C
The Roman capital letters _____ will classify an aircraft as one that has applied for an experimental certificate.
a. RP-C
b. RP-E
c. RP-G
d. RP-I
e. RP-R
f. RP-S
g. RP-X
g. RP-X
A glider complying fully with airworthiness requirements shall bear the Roman capital letters _____ immediately preceding the license number/s.
a. RP-C
b. RP-E
c. RP-G
d. RP-I
e. RP-R
f. RP-S
g. RP-X
c. RP-G
Which nationality and registration marks should be seen on aircrafts used for industrial purposes only?
a. RP-C
b. RP-E
c. RP-G
d. RP-I
e. RP-R
f. RP-S
g. RP-X
e. RP-R
Considering an airplane, what should be the height of the marking on its wing?
a. 15 cm
b. 30 cm
c. 48 cm
d. 50 cm
d. 50 cm
Considering a heavier-than-air aircraft, the size of markings at the vertical tail structure is _____.
a. 15 cm
b. 30 cm
c. 48 cm
d. 50 cm
b. 30 cm
Characters shall be formed by solid lines _____ thick as the character is high.
a. 2/3 as
b. 1/6 as
c. 1/4 as
d. equal
b. 1/6 as
PCAR Part 4 is derived from ICAO Annex _____.
a. 4
b. 6
c. 7
d. 8
c. 7
The space between each character may not be less than _____ the character width.
a. 2/3
b. 1/6
c. 1/4
d. 1/2
c. 1/4
Which is not a lighter-than-air aircraft?
a. Airships
b. Glider
c. Non-spherical balloons
d. Spherical balloons
e. Unmanned free balloons
b. Glider
Which is not a non-powered aircraft?
a. Airships
b. Glider
c. Non-spherical balloons
d. Spherical balloons
e. Unmanned free balloons
a. Airships
Which lighter-than-air aircraft requires markings to appear in two places diametrically opposite each other and located near the maximum horizontal circumference of the balloon?
a. Airships
b. Non-spherical balloons
c. Spherical balloons
d. Unmanned free balloon
c. Spherical balloons
The operator shall apply marks on this lighter-than-aircraft on each side,located near the maximum cross-section of the balloon immediately above either the rigging band or the points of attachment of the basket suspension cables.
a. Airships
b. Non-spherical balloons
c. Spherical balloons
d. Unmanned free balloon
b. Non-spherical balloons
The operator shall place marks on a/an _____ to appear on the hull, located lengthwise on each side of the hull and on its upper surface on the line of symmetry.
a. airships
b. non-spherical balloons
c. spherical balloons
d. unmanned free balloon
a. airships
Which lighter-than-air aircraft requires markings to appear on the identification plate?
a. Airships
b. Non-spherical balloons
c. Spherical balloons
d. Unmanned free balloon
d. Unmanned free balloon
It is also known as “blimp.”
a. Airship
b. Balloon
c. Gyroplane
d. Ornithopter
a. Airship
Which among the following is a powered, steerable lighter-than-air aircraft?
a. Airplane
b. Balloon
c. Dirigible
d. Helicopter
c. Dirigible
Which among the following statements regarding locations of marks on fixed-wing aircraft is not correct?
a. If displayed on the vertical tail surfaces, horizontally on both surfaces of a single vertical tail or on the outer surfaces of a multi-vertical tail.
b. If displayed on the fuselage surfaces, horizontally on both sides of the fuselage between the trailing edge of the wing and the leading edge of the horizontal stabilizer.
c. The marks shall appear on the left half of the lower surface of the wing structure.
d. The marks shall be located equidistant from the leading and trailing edges of the wings.
e. The tops of the letters and numbers shall be toward the trailing edge of the wing.
e. The tops of the letters and numbers shall be toward the trailing edge of the wing.
Any aircraft supported chiefly by its buoyancy in the air.
a. Heavier-than-air
b. Lighter-than-air
c. Aerodynes
d. Aerostats
b. Lighter-than-air
d. Aerostats
Any aircraft deriving its lift in flight chiefly from aerodynamic forces.
a. Heavier-than-air
b. Lighter-than-air
c. Aerodynes
d. Aerostats
a. Heavier-than-air
c. Aerodynes
A non-power-driven lighter-than-air aircraft.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
c. Balloon
A power-driven lighter-than-air aircraft.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
b. Airship
A non-power-driven heavier-than-air aircraft, deriving its lift in flight chiefly from aerodynamic reactions on surfaces that remain fixed under given conditions of flight.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
d. Glider
A heavier-than-air aircraft supported in flight chiefly by the reactions of the air on one or more power-driven rotors on substantially vertical axes.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
f. Helicopter
A heaver-than-air aircraft supported in flight chiefly by the reactions of the air on planes to which a flapping motion is imparted.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
g. Ornithopter
A heavier-than-air aircraft supported in flight by the reactions of the air on one or more rotors that rotate freely on substantially vertical axes.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
e. Gyroplane
A power-driven heavier-than-air aircraft, deriving its lift in flight chiefly from aerodynamic reactions on surfaces that remain fixed under given conditions of flight.
a. Airplane
b. Airship
c. Balloon
d. Glider
e. Gyroplane
f. Helicopter
g. Ornithopter
a. Airplane
Which is not another name for a gyroplane?
a. Autogyros
b. Gyrocopter
c. Rotaplane
d. None of the above
d. None of the above
Which is a is a type of rotorcraft that uses an unpowered rotor in autorotation to develop lift, and an engine-powered propeller, similar to that of a fixed-wing aircraft, to provide thrust?
a. Autogyros
b. Flettner airplane
c. Tiltrotor
d. VTOL
a. Autogyros
It is a type of rotor airplane that uses a rotating cylinder in place of a fixed wing, obtaining lift from the Magnus effect.
a. Autogyros
b. Flettner airplane
c. Tiltrotor
d. VTOL
b. Flettner airplane
It is an aircraft that can hover, take off, and land vertically.
a. Autogyros
b. Flettner airplane
c. Tiltrotor/proprotor
d. VTOL
d. VTOL
ADIZ: Air Defense Identification Zone
DEWIZ: Distant Early Warning Identification Zone
