The Influence of Molecular Constitution Upon the Internal Friction of Gases
The book The Influence of Molecular Constitution Upon the Internal Friction of Gases was written by author Frederick Malling Pedersen Here you can read free online of The Influence of Molecular Constitution Upon the Internal Friction of Gases book, rate and share your impressions in comments. If you don't know what to write, just answer the question: Why is The Influence of Molecular Constitution Upon the Internal Friction of Gases a good or bad book?
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95 93. 73 222 2 839. 5 70. pyl 100. 18. 76 76. 02 93 . 74 222. 0 839 . 3 837. 5 -J- 1. 26 70. Ether 100. 3 18. 75 77. 14 94 93 220. 8 832 . 7 70. Isopro- 100. 1 18. 73 76. 19 93. 97 230. 4 870. 2 873. 4-1-2. 2 70. pyl-pro- 100. 1 18. 76 76. 22 94. 03 231. 6 876 . 6 pyl Ether 70. Di-iso- 100. 3 18. 74 77. 14 94 . 92 230. 2 869 . 2 70. propyl 100. 3 18. 74 77. 14 94 . 92 230. 8 871. 5 70. Ether 100. 3 18. 76 77. 09 94 . 89 239. 0 902 . 8 70. 100. 3 18. 74 77. 13 94. 91 236. 0 890. 7 894. 3 -j- 5.... 95 70. 100. 1 18. 73 76. 23 94 . 01 241. 0 910 . 5 70. 100. 1 18. 75 76. 23 94, , 03 243. 6 921 2 The results obtained for ethers with this apparatus are given in the above table. The first point worthy of note is that ethyl alcohol which is metameric with di-methyl ether has about 3% lower coefficient of friction, showing it to have the larger molecule, The values for di-ethyl ether, and ethyl-propyl ether agree well with those given on page 43 by apparatus No. 2. 47 Ethyl-isopropyl ether has a friction 4.
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