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The driver and passenger front airbag modules, after having been deployed, in a ..... An igniter starts a rapid chemical reaction generating primarily nitrogen gas ...

Chemistry Behind Airbags - Department of Chemistry


Chemical Reactions to Generate the Gas to Fill an Airbag ... The automobile industry started in the late 1950's to research airbags and soon discovered that ...

How do air bags work? - Scientific American


Oct 25, 1999 ... Joseph S. Merola, a chemistry professor and associate dean of the College ... The chemical at the heart of the air bag reaction is called sodium ...

Versatile Explosives, Airbag Chemistry, | Summer 2003| Los Alamos ...


Airbag Chemistry. Folded (undeployed) airbags—in the steering-wheel assembly and passenger-side dashboard of all new vehicles—contain sodium azide ...

The Chemistry of Airbags - YouTube


Oct 12, 2011 ... Airbags save tens of thousands of lives a year. This is an inside look at the chemists who make the propellants that make the airbags work and ...

The Chemistry of Airbags C11-2-09

umanitoba.ca/outreach/crystal/resources for teachers/The Chemistry of Airbags C11-2-09.doc

Inside the airbag is a gas generator containing a mixture of NaN3, KNO3, and SiO2. When the car undergoes a head-on collision, a series of three chemical ...

It's a Gas 28 - Airbag Sodium Azide - YouTube


Jul 5, 2013 ... Demonstration of how the airbags in our cars work. From the Peter Wothers ... It's a Gas 28 - Airbag Sodium Azide. Royal Society Of Chemistry.

Chemistry of air bags - American Chemical Society Publications


students to ex~lore an a~dication of chemistry. The exercise. I have used with my cl&ies asks students tostudy some of the requirements for an air bag.

The Chemistry behind the Air Bag: High Tech in First-Year Chemistry


products of chemistry some by. Gsoaes B. KAUFFMAN. California State University, Fresno. Fresno, CA HST-ti]. The Chemistry behind the Air Bag. High Tech in ...

Airbag Inflation - HowStuffWorks


Airbag inflation happens in only a quarter of a second. ... They needed a way to set off a chemical reaction that would produce the nitrogen that would inflate the ...

Popular Q&A
Q: Airbag chemistry please?
A: 2 NaN3 = 3 N2 + 2 Na Read More »
Source: answers.yahoo.com
Q: Which of the follow reactions involved in airbag chemistry is not...
A: The best tip to start you off is that elements have oxidation number of zero. If the oxidation number goes up in a reaction, that thing has been oxidised. And (... Read More »
Source: answers.yahoo.com
Q: Chemistry help, 10 pts.? What is the total number of grams of N2(...
A: mass = density * volume = 5.00 * 10^4 cm^3 * 0.00125 g/cm^3 = 62.5 g Follow up Q... 2 C(s) + 3 H2(g) ----> C2H6(g) For every 1 mol C2H6(g) produced, 2 mol C(s) ... Read More »
Source: answers.yahoo.com
Q: If 65.0 l of nitrogen are needed, what mass of ammonia should be ...
A: Ammonia is a gas at STP - not a liquid. The correct equation is: 2NH3(g) → 3H2(g) + N2(g) Because you are dealing with gases you can use volumes in the equation... Read More »
Source: answers.yahoo.com
Q: When sodium azide is activated in an automobile airbag, nitrogen ...
A: Molar ratio: NaN3 : N2 = 2:3 = 0.22:0.33. 0.33 moles of N2. 1 mole N2= 28g. 0.33 moles N2= 9.333 g. Read More »
Source: answers.yahoo.com