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longest straight chain length of lithium diethylamide vs rubidium carbonate

Input interpretation

lithium diethylamide rubidium carbonate | longest straight chain length
lithium diethylamide rubidium carbonate | longest straight chain length

Results

lithium diethylamide | 5 atoms rubidium carbonate | 3 atoms
lithium diethylamide | 5 atoms rubidium carbonate | 3 atoms

Relative values

 | visual | ratios | | comparisons rubidium carbonate | | 0.6 | 1 | 40% smaller lithium diethylamide | | 1 | 1.667 | 66.67% larger
| visual | ratios | | comparisons rubidium carbonate | | 0.6 | 1 | 40% smaller lithium diethylamide | | 1 | 1.667 | 66.67% larger

Longest straight chain in place

Longest straight chain in place
Longest straight chain in place

Longest straight chain elemental composition

 | lithium diethylamide | rubidium carbonate C (carbon) | 4 | 1 N (nitrogen) | 1 |  O (oxygen) | | 2
| lithium diethylamide | rubidium carbonate C (carbon) | 4 | 1 N (nitrogen) | 1 | O (oxygen) | | 2

Quantitative molecular descriptors

 | lithium diethylamide | rubidium carbonate longest chain length | 5 atoms | 3 atoms longest straight chain length | 5 atoms | 3 atoms longest aliphatic chain length | 2 atoms | 0 atoms aromatic atom count | 0 atoms | 0 atoms H-bond acceptor count | 1 atom | 3 atoms H-bond donor count | 0 atoms | 0 atoms
| lithium diethylamide | rubidium carbonate longest chain length | 5 atoms | 3 atoms longest straight chain length | 5 atoms | 3 atoms longest aliphatic chain length | 2 atoms | 0 atoms aromatic atom count | 0 atoms | 0 atoms H-bond acceptor count | 1 atom | 3 atoms H-bond donor count | 0 atoms | 0 atoms