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Given are the following: 6 molecules. One of them of which: is distinct The Commission Unambiguous of All of them Other. What ? and Why ??
{a) } \<|>/<`|>\/\/\{b) } /<`|>\<|>/\/\|{c) } \/\/\<|<`/>\>/{d) } /<`|>\<|>/\/\/{e) } \/\|`/<`\>|<`/>\{f) } \|`/|<`/>\/<`|>\
Lösung: This the last molecule f) is distinct The Commission of All of them Other. a) to e) are identical, also where: They Different appearance. Considered In addition The The longest possible Carbon chain and Look at that ., In the case of which Carbon atoms One Separation with in each case a Carbon atom observed will be can.
The systematically nomenclature Helps Unambiguous, The Differences to highlight. Concerns, that The Numbering The Carbon atoms not I ‘m sure . of Left side after on the right occurring must, but of this kind, that The Amount The Branches as far as possible small would be.{a) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; @n(1,-70)\@n(2,50)<|>/@n(3,-30)<`|>\@n(4,50)/@n(5,-50)\@n(6,50)/@n(7,-50)\@n(8,50)2,3-Di-methyl octane {b) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; @n(1,80)/@n(2,90)<`|>\@n(3,-90)<|>/@n(4,90)\@n(5,90)/@n(6,-90)\@n(7,45)|@n(8,90)2,3-Di-methyl octane {c) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; @n(8,90)\@n(7,90)/@n(6,90)\@n(5,90)/@n(4,90)\@n(3,-90)<|@n(2,90)<`/@n(1,90)>\>/2,3-Di-methyl octane {d) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; /<`|@n(1,-90)>@n(2,90)\@n(3,-90)<|>/@n(4,90)\@n(5,90)/@n(6,90)\@n(7,90)/@n(8,90)2,3-Di-methyl octane {e) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; @n(8,90)\@n(7,90)/@n(6,90)\@n(5,-90)|@n(4,90)`/@n(3,-90)<`\>|@n(2,90)<`/@n(1,90)>\2,3-Di-methyl octane {f) } @:n(n,a,L:.4)<_(A&a,L&L,N0)$itemColor1(blue)\"&n\">@; @n(8,-90)\@n(7,-90)|@n(6,90)`/@n(5,-90)|<`/>@n(4,90)\@n(3,90)/@n(2,90)<`|@n(1,-90)>\2,4-Di-methyl octane
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