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The skeletal formula, or line-angle formula or shorthand formula, of an organic compound is a type of molecular structural formula that serves as a shorthand representation of a molecule's bonding and some details of its molecular geometry.

Bond-line structure (bond-line formula, skeletal structure, skeletal formula): A representation of molecular structure in which covalent bonds are represented with one line for each level of bond order.

15:31 18:51 How to Draw Skeletal Structure or Bond-Line Notation for ... - YouTube YouTube Start of suggested clip End of suggested clip So for example. We're starting with a c bound to 3 hydrogen's. That's a CH 3. The next carbon is aMoreSo for example. We're starting with a c bound to 3 hydrogen's. That's a CH 3. The next carbon is a ch2. The next carbon is a CH. But it also has a ch3.

3:41 5:14 drawing line-angle structures - YouTube YouTube Start of suggested clip End of suggested clip Notation. You see these zigzags. That's the angle in line angle notation and that way you know atom.MoreNotation. You see these zigzags. That's the angle in line angle notation and that way you know atom. They there there there. So this would be the line angle notation structure for hexane.

The condensed formula is simplified into bond-line formula, which is also known as zigzag formula. iii. The terminals of the zig-zag line indicate methyl groups and the intersection of lines denote a carbon atom bonded to appropriate number of hydrogen atoms which satisfy the tetravalency of the carbon atom.

There are two types of structure lines: hard and soft. Hard structure lines, also known as breaklines, represent interruptions in the slope of the surface. Soft structure lines are used to add information about the surface without implying a change in the surface behavior across the line.

Generally organic chemists depict molecular structures using a convention known as bond line notation. ing to this approach, a bond between two atoms is represented by a line. The ends of the line correspond to the positions of the bonded atoms. Only atoms other than carbon and hydrogen are shown explicitly.

Bond line notation is a convention used by organic chemists to represent molecular structures. A bond between two atoms is depicted as a line in this manner. The bound atoms' positions are represented by the line's ends. Only non-carbon and non-hydrogen atoms are specifically depicted.

The skeletal formula, or line-angle formula or shorthand formula, of an organic compound is a type of molecular structural formula that serves as a shorthand representation of a molecule's bonding and some details of its molecular geometry.

Bond-line structure (bond-line formula, skeletal structure, skeletal formula): A representation of molecular structure in which covalent bonds are represented with one line for each level of bond order.

15:31 18:51 How to Draw Skeletal Structure or Bond-Line Notation for ... - YouTube YouTube Start of suggested clip End of suggested clip So for example. We're starting with a c bound to 3 hydrogen's. That's a CH 3. The next carbon is aMoreSo for example. We're starting with a c bound to 3 hydrogen's. That's a CH 3. The next carbon is a ch2. The next carbon is a CH. But it also has a ch3.

3:41 5:14 drawing line-angle structures - YouTube YouTube Start of suggested clip End of suggested clip Notation. You see these zigzags. That's the angle in line angle notation and that way you know atom.MoreNotation. You see these zigzags. That's the angle in line angle notation and that way you know atom. They there there there. So this would be the line angle notation structure for hexane.

The condensed formula is simplified into bond-line formula, which is also known as zigzag formula. iii. The terminals of the zig-zag line indicate methyl groups and the intersection of lines denote a carbon atom bonded to appropriate number of hydrogen atoms which satisfy the tetravalency of the carbon atom.

There are two types of structure lines: hard and soft. Hard structure lines, also known as breaklines, represent interruptions in the slope of the surface. Soft structure lines are used to add information about the surface without implying a change in the surface behavior across the line.

Generally organic chemists depict molecular structures using a convention known as bond line notation. ing to this approach, a bond between two atoms is represented by a line. The ends of the line correspond to the positions of the bonded atoms. Only atoms other than carbon and hydrogen are shown explicitly.

Bond line notation is a convention used by organic chemists to represent molecular structures. A bond between two atoms is depicted as a line in this manner. The bound atoms' positions are represented by the line's ends. Only non-carbon and non-hydrogen atoms are specifically depicted.