- 1. refers to parts of a firearm which may enhance or increase the operational efficiency or accuracy of a firearm but will not constitute any of the major or minor internal parts thereof such as, but not limited to, laser scope, telescopic sight, and sound suppressor or silencer
A) Major Parts or Components of a Firearm
B) Minor Parts of a Firearm
C) Accessories
- 2. refers to the parts of the firearm other than the major parts that are necessary to effect and complete the action of expelling a projectile by way of combustion, except those classified as accessories;
A) Major Parts or Components of a Firearm
B) Minor Parts of a Firearm
C) Accessories
- 3. refers to the barrel, slide, frame, receiver, cylinder, or the bolt assembly.
A) Major Parts or Components of a Firearm
B) Minor Parts of a Firearm
C) Accessories
- 4. The term also includes any part or kit designed and intended for use in converting a semi-automatic burst to a fully automatic firearm;
A) Accessories
B) Minor Parts of a Firearm
C) Major Parts or Components of a Firearm
- 5. these include the chamber of a firearm where the cartridge is located and ready for firing.
A) Barrel Assembly
B) Cylinder Assembly/Slide Assembly/Magazine Assembly
C) Frame/Receiver/Stock Group
- 6. these include parts of the firearm that affect the path of the bullet.
A) Frame/Receiver/Stock Group
B) Cylinder Assembly/Slide Assembly/Magazine Assembly
C) Barrel Assembly
- 7. These are the Main Parts of Firearms included :
A) None of these
B) Cylinder Assembly/Slide Assembly/Magazine Assembly
C) All of these
D) Barrel Assembly
E) Frame/Receiver/Stock Group
- 8. Which legal definition refers to ammunition under the National Internal Revenue Code and Revised Administrative Code
A) A cleaning tool for firearms
B) Loaded shell for firearms where a missile is fired using gunpowder or explosives
C) A firearm storage container
D) A type of firearm accessory
- 9. According to the National Internal Revenue Code and Revised Administrative Code ammunition refers to
A) A wooden training bullet
B) A loaded shell for rifles, muskets, carbines, shotguns, revolvers, and pistols
C) A gun part that controls firing speed
D) A firearm maintenance kit
- 10. Which law defines ammunition as a complete unfixed unit for firearms
A) Republic Act 10591
B) Civil Code of the Philippines
C) Family Code
D) Labor Code
- 11. Under Republic Act 10591 ammunition is best described as
A) A firing mechanism
B) A complete unfixed unit consisting of bullet, gunpowder, cartridge case and primer
C) A gun barrel replacement
D) A single firearm component only
- 12. Technical definition of ammunition refers to
A) A group of police tools
B) A gun safety rule
C) A type of firearm license
D) A group of cartridges or a single unit cartridge
- 13. A cartridge is best defined as
A) A complete round of ammunition for a firearm
B) A gun cleaning solvent
C) A broken firearm part
D) A storage box for bullets
- 14. Which statement is correct about cartridge and ammunition
A) They can be used interchangeably
B) They are always different in meaning
C) They cannot be related
D) Ammunition only refers to firearms without bullets
- 15. The term cartridge originally evolved around
A) 20th century
B) 19th century
C) 10th century
D) Turn of the 16th century
- 16. Who is credited with inventing the first cartridge in 1635
A) George Washington
B) Leonardo da Vinci
C) King Gustavus Adolphus of Sweden
D) Napoleon Bonaparte
- 17. The early cartridge invented in 1635 was mainly used for
A) Military troops during the Thirty Years War
B) Hunting sports today
C) Naval weapons only
D) Modern pistols
- 18. Early soldiers carried powder in
A) Two powder horns
B) Metal boxes
C) Wooden crates
D) One container only
- 19. The invention of paper cartridge helped eliminate
A) The need for bullets
B) The use of gun barrels
C) The need for powder horns
D) The use of firearms
- 20. The term cartridge is derived from the Latin word
A) Cartus
B) Cartouche
C) Charta
D) Carta
- 21. Cartouche is a French word meaning
A) Roll of paper
B) Metal bullet
C) Gun barrel
D) Fire ignition
- 22. Early paper cartridges were made from materials such as
A) Nitrated paper, cloth, animal intestine and similar materials
B) Steel and copper
C) Wood and stone
D) Rubber and plastic
- 23. In 1858, the Moors cartridge marked the development of this cartridge.
A) Volcanic Cartridge
B) Ring-fire Cartridge
C) Rim-fire Cartridge
D) Center-fire Cartridge
- 24. a system made by Robin and Laurence around 1854. The cartridge was a mini ball with a base cavity filled with propellant.
A) Volcanic Cartridge
B) Ring-fire Cartridge
C) Rim-fire Cartridge
D) Center-fire Cartridge
- 25. it is a type of cartridge used on the sabotage case. This is a special type of cartridge wherein the priming mixture is placed in a circular hollow ring about 1/3 of the base of the cartridge.
A) Center-fire Cartridge
B) Volcanic Cartridge
C) Ring-fire Cartridge
D) Rim-fire Cartridge
- 26. developed by Louis Nicolas Auguste Flobert of France, around 1845, the priming mixture is contained or located in the cavity inside and around the rim of the cartridge which is a very sensitive area.
A) Rim-fire Cartridge
B) Center-fire Cartridge
C) Volcanic Cartridge
D) Ring-fire Cartridge
- 27. the primer is placed in the base of the bullet. A long sharp firing pin pierces the paper or foil case to reach the primer.
A) Pin-fire Cartridge
B) Tail-fire cartridge
C) Needle-fire cartridge
D) Tit-fire cartridge
- 28. the first cartridge of a self-exploding type developed by Monsieur Le Le Facheux of Paris, around 1836.
A) Tit-fire cartridge
B) Pin-fire Cartridge
C) Tit-fire cartridge
D) Tail-fire cartridge
- 29. the opening of the rifle for loading is compressed by spring, once the rifle has been loaded and the breech is closed, operation of the trigger to crush against the underside of the block and detonate a flat percussion tail from the rear of the cartridge.
A) Tail-fire cartridge
B) Tit-fire cartridge
C) Pin-fire Cartridge
D) Needle-fire cartridge
- 30. a copper case nipple was containing the protruding cup, through which a hole rears
the breech block, to the struck and detonated by the falling hammer.
A) Pin-fire Cartridge
B) Tit-fire cartridge
C) Tail-fire cartridge
D) Needle-fire cartridge
- 31. The primer was placed on the sidewall of a copper case and a brass pin was installed in the opposite side of the case, the intended pin rested on the primer then the hammer falls on the side of the case, driving the pin into the primer.
A) Tail-fire cartridge
B) Pin-fire Cartridge
C) Tit-fire cartridge
- 32. This cartridge is usually applied to caliber 22 firearms.
A) Volcanic Cartridge
B) Rim-fire Cartridge
C) Center-fire Cartridge
D) Center-fire Cartridge
E) Ring-fire Cartridge
- 33. A paper disc holding a fulminate pellet is closed at the back of the base, this type of cartridge is similar to needle-fire but the firing pin can easily damage.
A) Rim-fire Cartridge
B) Center-fire Cartridge
C) Ring-fire Cartridge
D) Volcanic Cartridge
- 34. The primer cap is forced into the middle portion of the head of the cartridge case.
A) Ring-fire Cartridge
B) Volcanic Cartridge
C) Center-fire Cartridge
D) Rim-fire Cartridge
- 35. the powder is the casing itself, of the projectiles. It requires varnishing to protect it from moisture and moderate shocks.
A) Pistol Cartridge
B) Revolver Cartridge
C) Shotgun Cartridge
D) Caseless Cartridge
E) Assault Rifle Cartridge
- 36. the case is generally made up of plastic or paper designed to fire several projectiles spreading out to create a come of fire.
A) Caseless Cartridge
B) Shotgun Cartridge
C) Pistol Cartridge
D) Revolver Cartridge
E) Assault Rifle Cartridge
- 37. Longer than a hand weapon and generally bottle necked for larger powder capacity and increased powder.
A) Revolver Cartridge
B) Pistol Cartridge
C) Caseless Cartridge
D) Assault Rifle Cartridge
E) Shotgun Cartridge
- 38. extracting grooves are designed to allow easier packaging of the rounds in the magazine.
A) Shotgun Cartridge
B) Revolver Cartridge
C) Caseless Cartridge
D) Assault Rifle Cartridge
E) Pistol Cartridge
- 39. it has a rimmed base, which allows the cylinder where the chamber is located to clamp its rim.
A) Pistol Cartridge
B) Shotgun Cartridge
C) Revolver Cartridge
D) Assault Rifle Cartridge
E) Caseless Cartridge
- 40. There are few residues left after the gunpowder had exploded. The cross section is generally fragile to cause fragmentation.
A) Assault Rifle Cartridge
B) Caseless Cartridge
C) Pistol Cartridge
D) Revolver Cartridge
E) Shotgun Cartridge
- 41. break open near the target to deliver leaflets, radar-deceiving materials, or submunitions (small ammunition).
A) Penetrators
B) High explosives
C) Carrier projectiles
- 42. burst before hitting their target, fragmenting into thousands of penetrating pieces or
becoming a high-speed jet of molten metal.
A) Carrier projectiles
B) High explosives
C) Penetrators
- 43. pierce targets using a single bullet
A) High explosives
B) Carrier projectiles
C) Penetrators
- 44. According to its Effects
A) All of these
B) Carrier projectiles
C) None of these
D) Penetrators
E) High explosives
- 45. According to Power a muzzle velocity of more than 2,500 feet per second.
A) Low-power Cartridge
B) High-power Cartridge
C) High-intensity Cartridge
- 46. According to Power with a muzzle velocity of 1,900 fps to 2,500 feet per second.
A) High-power Cartridge
B) Low-power Cartridge
C) High-intensity Cartridge
- 47. According to Power with a muzzle velocity of less than 1,850 feet per second.
A) High-intensity Cartridge
B) High-power Cartridge
C) Low-power Cartridge
- 48. What is the caliber of a gun
A) The weight of the firearm
B) The type of ammunition used
C) The diameter of its bore
D) The length of the barrel
- 49. The caliber of a firearm is measured between
A) Two opposite grooves
B) The muzzle and chamber
C) Two opposite lands
D) The trigger and barrel
- 50. In barrels with even lands caliber is measured
A) From chamber to muzzle
B) From groove to groove
C) From land to land
D) From trigger to bore
- 51. Caliber is usually closer to which measurement
A) Barrel length
B) Groove diameter
C) Trigger pressure
D) Magazine capacity
- 52. The caliber of a firearm is best described as
A) Exact measurement of all firearm parts
B) Weight of the bullet
C) Approximation of the bore diameter
D) Size of the trigger
- 53. Which systems are used in measuring firearm caliber
A) Metric or European and English or American systems
B) Asian and African systems
C) Digital and analog systems
D) Old and modern systems
- 54. The Metric or European system measures caliber in
A) Pounds
B) Inches
C) Millimeters
D) Centimeters only
- 55. The English or American system measures caliber in
A) Inches
B) Liters
C) Millimeters
D) Grams
- 56. What is a shotgun shell
A) The cartridge for a shotgun
B) A firearm accessory
C) A cleaning device
D) A cartridge used for rifles only
- 57. The length of a shotgun shell is based on
A) The length of the live shell
B) The weight of the powder
C) The length of the spent hull
D) The size of the bullet
- 58. Parts of the shotgun shell it helps to contain the shot, seal off the shot payload from the ignition gases to prevent deformation and protect the barrel from lead building up.
A) Shot/pellet
B) Wads
C) Shot cup
D) Propellant
E) Crimp
- 59. Part of the shotgun shell small spherical projectiles for the shotgun.
A) Crimp
B) Shot cup
C) Wads
D) Shot/pellet
E) Propellant
- 60. Parts of the shotgun shell a portion of the cartridge that is bent inward to hold the shots in place.
A) Shot cup
B) Wads
C) Shot/pellet
D) Propellant
E) Crimp
- 61. Parts of Shotgun Shell a chemical compound used in firearms that burns upon ignition.
A) Propellant
B) Crimp
C) Wads
D) Shot cup
E) Shot/pellet
- 62. Parts of Shotgun Shell it is the very sensitive part of the cartridge located in the bottom portion of the case which ignites the powder charge.
A) Shot cup
B) Primer
C) Shot/pellet
D) Crimp
E) Propellant
- 63. Parts of Shotgun Shell prior to 1960, paper tubes were used, with mouth closed by rolled crimps or with plastic body or hull with mouth closed by die crimp, eliminating the need for the overshot wad.
A) Crimp
B) Shot cup
C) Shot/pellet
D) Tube or case
E) Primer
- 64. Parts of Shotgun Shell it is a plastic cup that holds shot in pattern as it leaves from the muzzle of the firearm.
A) Crimp
B) Shot/pellet
C) Shot cup
D) Primer
E) Tube or case
- 65. The gases produced by this rapid combustion propel the pellet down the bore of the firearm.
A) Crimp
B) Shot cup
C) Shot/pellet
D) Propellant
E) Wads
- 66. The four types of wads are
A) over powder
B) base wad
C) All of these
D) under powder
E) filler
- 67. this shell has a layer of steel over a layer of Tungsten-Iron. It gives a dense combined pattern at longer ranges. It can be used in any shotgun recommended for steel shot.
A) Tungsten-Iron and Steel
B) Armor-piercing Bullet
C) Steel Shot
D) Tungsten-Iron shot
E) Flechette Shot
- 68. it is made by cutting soft steel wire into short lengths, which are formed into the shot. The shot is then annealed and coated with a rust inhibitor.
A) Armor-piercing Bullet
B) Flechette Shot
C) Steel Shot
D) Tungsten-Iron shot
E) Slug
- 69. the discarding sabot slug processes an aerodynamic shape that keeps it stable flight even though it does not spin.
A) Armor-piercing Bullet
B) Steel Shot
C) Tungsten-Iron shot
D) Flechette Shot
E) Birdshot
- 70. a cluster of sturdy steel needles, replaced the shot of the standard shotgun shell.
A) Tungsten-Iron shot
B) Armor-piercing Bullet
C) Birdshot
D) Flechette Shot
E) Steel Shot
- 71. it is formed of either powdered tungsten and powdered iron, they are blended together and pressed into a pellet, then sintered or bonded together by the heating process.
A) Tungsten-Iron shot
B) Steel Shot
C) Slug
D) Flechette Shot
E) Armor-piercing Bullet
- 72. it is the smallest type of shotgun pellets. It is typically used by hunters who want to shoot birds or other flying wildlife.
A) Tungsten-Iron shot
B) Flechette Shot
C) Birdshot
D) Armor-piercing Bullet
E) Slug
- 73. Instead of a group of lead balls, the shell contains a single huge bullet with angled grooves cut into its side to spin it, as it travels down the smooth bore of a shotgun.
A) Slug
B) Tungsten-Iron shot
C) Flechette Shot
D) Armor-piercing Bullet
E) Birdshot
- 74. consist of a number of lead balls that spread out as they travel.
A) Flechette Shot
B) Buckshot
C) Slug
D) Birdshot
E) Tungsten-Iron shot
- 75. Wads for steel shot ammunition are molded from high density polyethylene. It has thick sidewalls to prevent the pellets from contracting the shotgun bore surface. High velocity steel loads have a cushion to reduce recoil.
A) Armor-piercing Bullet
B) Steel Shot
C) Slug
D) Tungsten-Iron shot
E) Buckshot
- 76. It is smaller in diameter than a standard slug and surrounded within the shell by a tow-piece plastic sabot. After exiting the barrel, the sabot splits in half and falls away because of air resistance.
A) Armor-piercing Bullet
B) Tungsten-Iron shot
C) Slug
D) Steel Shot
E) Flechette Shot
- 77. These flechettes have tiny fins at their base to stabilize them in flight. Air resistance is greatly improved over shot than in armor piercing capability.
A) Flechette Shot
B) Tungsten-Iron shot
C) Slug
D) Steel Shot
E) Buckshot
- 78. The shot is coated with a rust inhibitor and it is harder than both lead and steel.
A) Armor-piercing Bullet
B) Tungsten-Iron shot
C) Flechette Shot
D) Slug
E) Steel Shot
- 79. The penetration of a slug is better than shot, but the wound channel is not as wide as the shot.
A) Armor-piercing Bullet
B) Tungsten-Iron shot
C) Slug
D) Buckshot
E) Birdshot
- 80. These pellets are not very effective (in 00 buckshot, each one is .33 inch in diameter), but collectively they result in large and destructive wounds. At a longer distance, however, the shot spreads and fewer pellets hit the target.
A) Steel shot
B) Birdshot
C) Slug
D) Armor-piercing Bullet
E) Buckshot
- 81. It is a metallic or nonmetallic, cylindrical projectile propelled from a firearm by means of an expansive force of gases coming from burning gunpowder.
A) Bullets
B) Projectiles
- 82. The term may also include projectiles propelled from shotguns, although strictly speaking, these projectiles designed for shotgun are called _________________.
A) shots or pellet
B) Shotgun
- 83. The term bullet originated from the French word "boulette", which means _________.
A) Small Arms
B) small ball
- 84. The projectile of most small arms ammunition primarily means a projectile from a rifled arm which is cylindrical or cylindro-conoidal in shape as opposed to round projectiles which are commonly called either a ____________.
A) Steel shot
B) ball or shot
- 85. According to Use those types of bullets that contain a highly charged explosive. Because of their small size, it is difficult to make a fuse that will work reliably in small arms ammunitions.
A) Ball bullets
B) Tracer bullet
C) Incendiary bullet
D) Explosive (fragmentary) bullet
E) Armor-piercing bullets
- 86. According to Use those that contain mixture, such as phosphorous or other material, that can be set on fire by the impact.
A) Explosive (fragmentary) bullet
B) Armor-piercing bullets
C) Ball bullets
D) Tracer bullet
E) Incendiary bullet
- 87. According to Use those that contain compound at its base which is set on fire when the bullet is
projected.
A) Armor-piercing bullets
B) Incendiary bullet
C) Explosive (fragmentary) bullet
D) Tracer bullet
E) Ball bullets
- 88. According to Use those that have steel cores and are fired against vehicles and other armored targets in general.
A) Incendiary bullet
B) Ball bullets
C) Tracer bullet
D) Armor-piercing bullets
E) Explosive (fragmentary) bullet
- 89. According to Use those have soft cores inside a jacket and are used against personnel only.
A) Tracer bullet
B) Explosive (fragmentary) bullet
C) Armor-piercing bullets
D) Incendiary bullet
E) Ball bullets
- 90. They are used against the targets that will readily burn such as aircrafts or gasoline depots.
A) Armor-piercing bullets
B) Tracer bullet
C) Ball bullets
D) Explosive (fragmentary) bullet
E) Incendiary bullet
- 91. The flash of smoke from this burning permits the flight of the bullet to be seen, especially at night time. This type of bullet is primarily used for target acquisition.
A) Incendiary bullet
B) Explosive (fragmentary) bullet
C) Armor-piercing bullets
D) Ball bullets
E) Tracer bullet
- 92. According to Mechanical Construction those made of plastic/plasticize and other compositions or those made of sand polymer mixed. Such bullets were designed for special purposes.
A) Jacketed bullets
B) Lead bullets
C) Synthetic bullets
- 93. According to Mechanical Construction those with a core of lead covered with a jacket of a harder material such as: gilding metal, a copper alloy of approximately 90% copper and 10% zinc.
A) Lead bullets
B) Jacketed bullets
C) Synthetic bullets
- 94. According to Mechanical Construction those which are made of lead or alloys of this metallic lead, tin and antimony which are slightly harder than pure lead.
A) Lead bullets
B) Synthetic bullets
C) Jacketed bullets
- 95. the lead core of this bullet is enclosed in a light copper jacket, which has a cone shape and a flat point. The result is less expansion than the JHP bullet, but more than an FMJ, and deeper penetration than SP bullet.
A) Full metal jacket
B) Full metal cone
C) Jacketed hollow point
D) Semi-jacketed hollow point
- 96. it has more exposed lead at the tips, which expand less than a jacketed hollow point bullet.
A) Full metal jacket
B) Semi-jacketed hollow point
C) Jacketed hollow point
D) Full metal cone
- 97. it has more exposed lead at the tips, which expand less than a jacketed hollow point bullet.
A) Jacketed hollow point
B) Full metal jacket
C) Semi-jacketed hollow point
D) Full metal cone
- 98. the exposed lead at the tip of the jacketed hollow point, rapidly initiates uniform controlled expansion that progresses to the depth of the hollow point cavity. It has excellent accuracy and bullet integrity.
A) Jacketed hollow point
B) Full metal jacket
C) Full metal cone
D) Semi-jacketed hollow point
- 99. Full metal jacket – lead core is enclosed by a strong metal jacket on this non-expanding,
deep-penetrating, general purpose bullet that provides smooth, reliable feeding in all types of
semi-automatic handguns.
A) Jacketed hollow point
B) Full metal jacket
C) Full metal cone
D) Semi-jacketed hollow point
- 100. solid lead bullet with rounded ogive for downrange accuracy.
A) Lead round nose
B) Lead semi-wadcutter
C) Soft point
D) Lead wadcutter
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