What is the chemical structure of mustard gas?
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Systematic name: Bis (2-chloroethyl) sulfide \nOther names:     Iprit\n                 Kampstoff "Lost"\n                 Lost\n                 Mustard gas\n                 Senfgas\n                 Yellow Cross Liquid\n                 Yperite \nMolecular formula: C4H8Cl2S \nMolar mass:      159 g/mol \nAppearance:      Colorless if pure.\n                 Normally pale yellow to black.\n                 light garlic type odor. \nCAS number:      [505-60-2, 39472-40-7, 68157-62-0]
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http://www.olysun.com/Chem_121/Soln.html\n\n\ncc
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The Lewis dot structure would be that N in the middle with branches off to oxygen and 2 Fs and then one single electron will be on nitrogen and it is a radical I think. It is very reactive because of this one electron. The electron geometry will be something with sp3 orbital, I am not sure since it only has one electron. I would check up on that. Hope that helps
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HBr ---> H(+) + Br(-)\nH2SO3 ---> H(+) + HSO3(-)\nCH3-COOH ---> H(+) + CH3-COO(-)
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C4H9N3O2 For the structure goto http://www.cwu.edu/~chem/courses/chem388488f00/coulombe/CREATINE1.GIF
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Well, I can't completely answer this question.\n\nBut I would assume that the structure of anything would appear like the 'anything'.\n\nSo the chemical structure of C7H17 appears as C7H17.\n\nI do not know about the extra hydrogen.\n\nSorry if it's not useful, but it's all I got.
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Hydrogen gas molecules, H2
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Primarily the 3 colors and agents in M-9 Chemical Detection Paper are:\nPINK = Nerve VX\nREDDISH BROWN = Nerve G (Tabun, Sarin, Soman)\nRED-PURPLE = Mustard H\n\nPrimarily the 3 colors and agents in M-8 Chemical Detection Paper are:\nYELLOW = Nerve G (non-persistant gases)\nRED = Blister H (mustard gases)\nDARK GREEN = Nerve V (persistent agents)\n\n\nCHEMICAL DETECTION PAPER\nChemical detection paper can detect and identify airborne chemical warfare agents. The paper is attached to patches to the NBC suit using either an adhesive backing or Velcro like bonding material. The paper is impregnated with dyes sensitive to different types of chemical warfare agent, and will indicate which type of agent is present by its corresponding pigment signal.
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N3-   no need of hybridisation. it is a monoatomic ion. No need of structure again.\n\nCO3-  the hybridisation is sp2 on carbon. it is trigonal planar.\n\nNO3- too is trigonal planar. Hybridisation is sp2 again.\n\nIn BF4- the hybridisation is sp3. And the shape is tetrahedral.\n\nCheers
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this some link about u ask\nwww.basf.com/businesses/chemicals/pdfs/ammsulf.pdf\nwww.epa.gov/ttn/chief/ap42/ch08/final/c08s04.pdf\nwww.intlsteel.com/PDFs/ammoniumsulfate.pdf\nwww.bio.mtu.edu/campbell/ bl4820/lectures/lec5/482lec5.pdf\nwww.dakotagas.com/Products/MSDS/AMMSULMSDS.pdf
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A molecule is made up of atoms.
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try:\nhttp://lb.chemie.uni-hamburg.de/static/data/50_zzk46n8n.html
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where does one even find a chamber of mustard gas? what is it for? and why would anyone do anything while pregnant they are uncertain about? i know i was supposed to answer the question, but your question only prompted more questions.
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Sterostructure is its three-dimensional structure in space. The central P atom has 5 bonding pairs and no lone pairs, so the Cl atoms will be arranged in a trigonal bipyramidal shape, with 90 degrees between the axial and equatorial bonds, and 120 degrees between the equatorial bonds themselves.
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None.  The sell chemicals with alkyl groups.  In CH3Cl, CH3 is the alkyl.  They don't exist on their own.  Start with\n\nhttp://www.sigmaaldrich.com/Local/SA_Splash.html
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A diatomic molecule. At STP, it's a gas. O2. At it's most stable state, it's a diradical, triplet oxygen, which is attracted by magnets.
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I leave the H's:\nC-C-C-C-O butanol-2\nC-C-CO-C  butanol-2\nC-O-C-C-C propyloxy methane\nnot shown: isopropyloxy methane\nC-C-O-C-C ethoxy ethane