EBooks22229
- Arts & Culture 4970
- Books in Foreign Languages 205
- Business & Economics 4684
- Computers 2361
- Dictionaries & Encyclopedias 672
- Education & Science 82314
- Abstracts 1263
- Astrology 12
- Astronomy 13
- Biology 39
- Chemistry 3835
- Coursework 3731
- Culture 32
- Diplomas 2596
- Drawings 1697
- Ecology 31
- Economy 329
- English 1252
- Entomology 2
- Ethics, Aesthetics 29
- For Education Students 23168
- Foreign Languages 118
- Geography 20
- Geology 17
- History 231
- Maps & Atlases 41
- Mathematics 6324
- Musical Literature 5
- Pedagogics 229
- Philosophy 191
- Physics 13095
- Political Science 132
- Practical Work 111
- Psychology 492
- Religion 50
- Russian and culture of speech 103
- School Textbooks 69
- Sexology 67
- Sociology 53
- Summaries, Cribs 763
- Tests 20879
- Textbooks for Colleges and Universities 546
- Theses 189
- To Help Graduate Students 24
- To Help the Entrant 112
- Vetting 357
- Works 58
- Информатика 9
- Engineering 3236
- Esoteric 1136
- Fiction 3200
- For Children 426
- House, Family & Entertainment 2641
- Law 2886
- Medicine 1239
- Newspapers & Magazines 337
- Security 314
- Sport, Tourism 986
- Website Promotion 694
33. At some temperature equilibrium homogeneous system
Sold: 1
Refunds: 0
Uploaded: 05.04.2014
Content: him006_33.doc (27 kB)
Refunds: 0
Uploaded: 05.04.2014
Content: him006_33.doc (27 kB)
Description
33. At some temperature equilibrium homogeneous system 2NO + O2↔2NO2 Set if you following concentrations reacting substances: [NO] p = 0,2 mol / l; [O2] p = 0,1 mol / l; [NO2] p = 0,1 mol / smb. Calculate the the equilibrium constant and initial concentration NO and O2.
Additional information
Detailed solution. Decorated in Microsoft Word 2003. (Target decided to use formula editor)
