They call me quick
Cause that's how I rap im only 14 what u think about that
Cgod's coming so u better get back
Cause we don't mess around
When I hear this beat I drop what im doing to the ground
When I get payed I get money by the pound
Ya that's right im livin large
With a friere and a manchain
I know im stuntin hard please stop glancin
This next parts gonna make u sand up and start dancin
I went last cause im the best
When ur around me u better wear a bullet proof vest
Cause I'm better than the rest
When u rap against me you better u better putypur skills to the test
Cuase u ain't gonna win cause im the best
a 50 cal sniper Standard body armor without any extra insert plates is generally rated as Type IIIA or less. This type of armor cannot withstand any real rifle bullet. At best, it can stop submachineguns and high-powered pistol round. Type III and IV armors usually have some sort of ballistic ceramic plate inserts. These inserts can stop a single (under ideal conditions 2-3) bullets per plate of up to 7.62mm Armor Piercing.
On the older style of periodic table, you will notice that the groups are labelled Group I, Group II, etc with Roman Numerals. There were also A' s and B's assigned - for example above scandium was Group IIIA and above aluminum was IIIB. Therefore, the numbering system going across the table was Groups IA, IIA, IIIB, iVB, VB, VIB AND VIIB, VIII. Group VIIB was known as Group 7 or the Halogens. It is now know as group 17.
There were many different aircraft built and used by all the countries in combat during WW1. Here are some of the better well-known airplanes and the countries that used them. There were many, many more that were produced in limited quantities or saw limited service. Royal Aircraft: Be-2, Be-8, Se-5, Re-8 De-Haviland: DH-1, DH-2, DH-4, DH-6 Sopwith: "1-1/2 Strutter", Type 9400, Pup, Tri-plane, Camel, Snipe, Salamander, Dolphin Bristol Fighter F2.B Bristol Scouts: C & D Vickers: Fb5 & Fb12 bomber Handley Page 0/400 bomber Short 184 Martinsyde Elephant G100 & G102 Hansa-Brandenberg W-29, W-33 Hansa-Brandenburg D.I & C.1 Aviatik Berg: D-I, C-I Siemens Schuckert Roland C-II Pfalz D-III, D-XII Phonix D-I Hannover: CL-II, CL-IIIa Albatros fighters: D-I, D-II, D-III, D-V Albatros(2-seat): C-III, C-V, C-VII, C-X, C-XII Fokker: E-III, E-IV, D-VII, Dr-1 A.E.G.: G.IV Rumpler: C-I, C-IV L.V.G. C.II D.F.W. C.V Gotha G-IV Bomber Junkers J.I Voisin: 5, 8 Morane-Sauliner: Type L, Type N, Type P SPAD: VII, XIII Nieuport: 11, 15, 16, 17, 28 Caudron G.4 Salmson 2 Breguet 14 Hanriot HD-1 (French made) Nieuport: 11 (French made) Ansaldo S.V.A. 5 Scout Hanriot HD-1 (French made) SPAD: VII (British made) Pomilio PE Caproni Ca.30, Ca.32, Ca.40, Ca.42 Thomas Morse Scout Hanriot HD-1 (French made) DeHaviland DH-4 (British design, made in US) SPAD: VII, XIII (British made) Royal Aircraft: Se-5 (British made) Nieuport: 11, 17, 28 (French made) Salmson 2 (French made) Anatra DS Sikorsky Ilya Mourometz V bomber(BIG!) Yes, by both sides.
About 15 to 20 lbs, depending on the size and whether or not you have a steel shock plate in it. But don't worry, you'll get used to it.
That depends on the level that the vest is rated for. For example, a NIJ levvel IIa vest will stop some types of bullets. A NIJ level II will stop even more types of bullets. A NIJ level IIIa will stop still more types of bullets. NIJ levels are I, IIa, II, IIIa, III, IV, and Special.
Boron has the largest ionization energy among the group IIIA (13) elements.
It's a class K0-IIIa .
base in my experience.... because of the gravity of the earth...
It depends on the type of projectile and how much Kevlar. Yes ,30-06 will penetrate Kevlar , generally speaking. However , so will a sharpened pencil, or a pocket knife , if you push hard enough. The Kevlar armor`s purpose is to stop MOST common handgun ammunition , and some rifle calibers. The more layers of Kevlar , the greater chance of stopping fast moving projectiles. Downside: More layers=more weight , less flexibility , increased heat retention. Kind of like wearing loricated plated armor in August in Sicily. Not fun. Back to the topic , however. This is open source information , I`ve just condensed it into general terms , and not revealed much more than what a little thought , and common sense would reveal. Oh , and if you are a consultant for an Armored car security service - a .45ACP cartridge IS NOT more powerful than a .44 Magnum. Genius ! You hunt deer and bears out to 100 yards with a .44Mag , and defend yourself from human threats with a .45ACP , out to 25 yards. Kevlar vests are rated for what cartridges they will stop , as well as a relative Threat Level , IE; Level I , Level II , Level IIa , Level III, Level IIIa , etc. Adding trauma plates increases protection levels , but reduces flexibilty. Basic purchasing guidelines : civilians- what is the threat most likely to be encountered ? How are they armed ? What`s your budget allow ? Police: what vests are allowed under agency regulation ? What threat level is required ? Is this an authorized/uniform purchase , or private funds ? If privately supplied, what minimum ratings or exclusions apply ? Will the department legal staff have any input ? Military: Private purchases: Check DOD regulation/ guidelines , if buying armor for yourself / family member. The MOST important thing to remember : nothing will stop a bullet , if you aren`t wearing your vest. The other things to remember : a head shot will miss the armor, keep moving , use cover , and if you aren`t shooting , reload , move , use cover !
Either IA (Hydrogen) or IIIA (Boron)
You are likely talking about the Llama model IIIa. The value depends on many factors, such as the condition of the weapon (scratches, rust, functioning, etc...). Another factor is that there were two types of Llama model IIIa: those made from the 1930's until 1975 used a locked breech, short recoil function--just like the M1911A1 which it is based on. Models made AFTER 1975 used a simpler, and cheaper blowback design. All other things being equal, a locked breech, short-recoil Llama IIIa will be more expensive than a blowback Llama IIIa. As of March 2015, a Llama IIIa in barely functioning condition might sell for $110, while one in great condition could go for $350--$400. Some in pristine condition could go for $500 or more, but it would have to be in exceptional condition, and a hard to find variant. Run of the mill Llama IIIa's fetch around $250-$300.
The Trends in Group IIIA Elements: Atomic size increases down the group due to the addition of new energy levels, leading to greater shielding. Ionization energy decreases down the group because of increased atomic size and better shielding of outer electrons. Metallic character increases down the group as atoms become larger and outer electrons are further from the nucleus. Each member of Group IIIA can exhibit different chemical properties and reactivity due to changes in atomic size, ionization energy, and metallic character. This lack of consistent trends makes the group irregular.
Aluminium is located in the Group IIIA - the Boron family on the periodic table.
The oxide formula of an element in Group IIIA of the periodic table would typically be M2O3, where M represents the element from this group. This is because elements in Group IIIA generally form 3+ cations, which combine with 2- oxide ions to form a neutral compound.
A class IIIA liquid is a type of hazardous material classified by the U.S. Department of Transportation. It includes low hazard flammable liquids with flash points between 140°F and 199.4°F, such as diesel fuel and motor oil. Transporting these liquids requires adherence to specific regulations for safety.