Structure of (CH3)3CCH2Br

The structure of (CH3)3CCH2Br can be determined by examining the arrangement of atoms and bonds in the molecule. Let's break down the structure of (CH3)3CCH2Br step by step:

1. Identify the central atom:
In (CH3)3CCH2Br, the central atom is carbon (C). It is connected to various other atoms, including hydrogen (H), bromine (Br), and other carbon atoms.

2. Identify the substituents:
The substituents in (CH3)3CCH2Br are methyl (CH3) groups and a bromine (Br) atom. The methyl groups are attached to the central carbon atom, while the bromine atom is attached to a different carbon atom in the molecule.

3. Determine the connectivity:
To draw the structure, we need to show the connectivity between atoms. The carbon atom at the center is bonded to four other atoms/groups: three methyl groups (CH3) and one hydrogen atom (H). The other carbon atom in the molecule is bonded to the central carbon atom and the bromine atom.

4. Draw the structure:
To represent the structure of (CH3)3CCH2Br, we start by drawing the central carbon atom and its four bonds. Each bond represents a single bond, which means it shares one electron with another atom/group.

- Place the central carbon atom in the middle of the structure.
- Attach three methyl groups (CH3) to the central carbon atom. Each methyl group is represented by a "CH3" symbol, with the carbon atom bonded to the central carbon atom.
- Attach one hydrogen atom (H) to the central carbon atom. This represents the fourth bond of the central carbon atom.
- Attach another carbon atom to the central carbon atom. This carbon atom is represented by a "C" symbol, and it is bonded to the central carbon atom.
- Finally, attach a bromine atom (Br) to the additional carbon atom. The bromine atom is represented by a "Br" symbol, and it is bonded to the additional carbon atom.

The final structure of (CH3)3CCH2Br should show the central carbon atom bonded to three methyl groups (CH3), one hydrogen atom (H), and an additional carbon atom. The additional carbon atom is bonded to the central carbon atom and a bromine atom (Br).