Conversion from Line Drawings

Redraw each of the "skeletal" or "line" structures showing carbons and attached hydrogens.
Click the mouse on the molecule to view ONE POSSIBLE correct answer. Note: answers in this section will contain structures in both "Kekule" and mixed formats.
Click on the blank space between the problems to reset this frame.

Remember that in line drawings, methyl groups are shown as a simple lines and that CH₂ groups are shown as a vertex. The chain can follow any contiguous path since there is free rotation around single bonds. Rings, in general, can be shown flat or they can be drawn in such a manner as to more correctly show the actual conformation of the compound.

Remember that in line drawings, methyl groups are shown as a simple lines and that CH₂ groups are shown as a vertex. The chain can follow any contiguous path since there is free rotation around single bonds. Rings, in general, can be shown flat or they can be drawn in such a manner as to more correctly show the actual conformation of the compound.

Remember that in line drawings, methyl groups are shown as a simple lines and that CH₂ groups are shown as a vertex. The chain can follow any contiguous path since there is free rotation around single bonds. Rings, in general, can be shown flat or they can be drawn in such a manner as to more correctly show the actual conformation of the compound.

Remember that in line drawings, methyl groups are shown as a simple lines and that CH₂ groups are shown as a vertex. The chain can follow any contiguous path since there is free rotation around single bonds. Rings, in general, can be shown flat or they can be drawn in such a manner as to more correctly show the actual conformation of the compound.