Between 50 g and 250 g of NAN3.
It is commonly used in explosive stuff as since this thing is so reactive it will literally react with water even if it was sealed in with a noble gas.
Sodium chloride is common table salt and is used in many foods, more often than potassium chloride. Potassium chloride is often used as a substitute as many people consume too much sodium, but it doesn't taste as good.
Chloroform and Sodium Hydroxide
Can sulfacetamide sodium opthalmic solution be used in ear
Sodium is produced more economically and thus is much lower cost than potassium. Sodium is also slightly easier to handle. Both are used extensively in industry but sodium metal is less reactive than potassium metal.
Because it is qucik reacting
NaN3 also known as Sodium azide is used as an antibacterial agent and to inflate airbags.
Because it is qucik reacting
Sodium azide
its to add that security
Niether. Although it is possible to inflate an airbag with pneumatics, most car airbags are actually inflated by an explosive charge called sodium azide, which is even faster than pneumatics. Airbags only have a fraction of a second to inflate, which is why a sodium azide explosive charge is used. Inflating an airbag hydraulically would be very bad - hydraulic fluid is incompressible, and thus can't absorb any crash energy. It would probably just burst even if you could inflate it quickly enough!
Sodium azide is an extremely toxic (up there with cyanide) powder used as the propellant in airbags. It's combusted in the presence of silica. When it burns, it releases sodium and nitrogen; the silica then combines with the sodium to produce sodium silicate, which is harmless.Another inorganic fuel is thermite--iron and aluminum.Here's your problem: almost all fuels are organic--they contain carbon. Any time you burn a carbon-containing product, the major byproduct is CO2.
It is commonly used in explosive stuff as since this thing is so reactive it will literally react with water even if it was sealed in with a noble gas.
Sodium azide is an explosive. If it is struck hard enough, has a sufficiently high voltage applied across it, or if it is heated to a certain high temperature, then it will explode. The reaction for the explosive decomposition of sodium azide is: 2NaN3 ---> 2Na + 3N2. As you can see, a small amount of sodium azide solid decomposes very fast to give a lot of nitrogen gas. The nitrogen gas is what fills up the car's airbag. A sensor, in the form of an accelerometer, tells one of a car's computers whether the car hit something hard enough to cause the driver to hit his head on the steering wheel or even the windshield (if the driver is not wearing his seatbelt). If the computer determines that the impact was hard enough, then a fuse is lit which leads to a plug of compressed sodium azide powder which then explodes. As you can imagine, the fuse is very short. Because the sodium azide explodes, the airbag is filled almost instantly. For an airbag to potentially save your life or keep you from receiving a serious head injury, it is very important for everyone to wear their seat belts.
azide
Azide is a word that is commonly used in the chemistry world, more specifically, in organic chemistry. It is a proponent used in air bags (which are found in vehicles).
Azide blood agar base contains sodium azide which has been proved to have a bacteriostatic effect on Gram-negative bacteria, thus this medium is used for the isolation of streptococci and staphylococci in clinical specimens, water, foods, etc. MacConkey agar is designed to grow Gram-negative bacteria and differentiate them for lactose fermentation. Nutrient agar is used for the routine cultivation of non-fastidious bacteria.