how do we know which one is carbon 1 ,which one is carbon2?Did I draw the compound correctly?Step by step explain why I know that The stereochemistry of carbon‑1 is S. (but how do you know which one is carbon 1????) The other bromine is attached to carbon‑2?does Br has priority in naming?if so ,dash Br and wedge Br ,which one get priority?why tert tert-butyl-group can’t be Carbon 1 or carbon 2? The tert‑butyl group is attached to carbon‑4 (base on the picture,why not carbon 3 or carbon 5???

Chemistry
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how do we know which one is carbon 1 ,which one is carbon2?Did I draw the compound correctly?Step by step explain why I know that The stereochemistry of carbon‑1 is S. (but how do you know which one is carbon 1????) The other bromine is attached to carbon‑2?does Br has priority in naming?if so ,dash Br and wedge Br ,which one get priority?why tert tert-butyl-group can’t be Carbon 1 or carbon 2? The tert‑butyl group is attached to carbon‑4 (base on the picture,why not carbon 3 or carbon 5???
**Interactive 3D Molecular Structure**

Explore the 3D molecular structure by clicking and dragging to rotate it, or use the control options on the right to manipulate the view. The molecule is represented with different colored spheres, each indicating a specific type of atom:

- **Carbon (C):** Black spheres
- **Hydrogen (H):** White spheres
- **Bromine (Br):** Red spheres

### Controls:

- **Rotate X:** Adjust the molecule's orientation around the X-axis.
- **Rotate Y:** Adjust the molecule's orientation around the Y-axis.
- **Rotate Z:** Adjust the molecule's orientation around the Z-axis.
- **Zoom In/Out:** Enlarge or reduce the view of the molecule.
- **Label Atoms:** Display or hide atom labels on the molecular structure.

This interactive model helps visualize the spatial arrangement and bonding of atoms in the molecule.
Transcribed Image Text:**Interactive 3D Molecular Structure** Explore the 3D molecular structure by clicking and dragging to rotate it, or use the control options on the right to manipulate the view. The molecule is represented with different colored spheres, each indicating a specific type of atom: - **Carbon (C):** Black spheres - **Hydrogen (H):** White spheres - **Bromine (Br):** Red spheres ### Controls: - **Rotate X:** Adjust the molecule's orientation around the X-axis. - **Rotate Y:** Adjust the molecule's orientation around the Y-axis. - **Rotate Z:** Adjust the molecule's orientation around the Z-axis. - **Zoom In/Out:** Enlarge or reduce the view of the molecule. - **Label Atoms:** Display or hide atom labels on the molecular structure. This interactive model helps visualize the spatial arrangement and bonding of atoms in the molecule.
The image features a hand-drawn chemical structure of a cyclohexane ring, which is a six-membered carbon ring. Attached to the ring are two bromine (Br) atoms. The bromine groups are attached to the ring at different positions, indicating a specific stereochemistry.

The drawing uses wedge and dash bonds:
- The wedge bond (bold triangular line) represents a bond coming out of the plane towards the viewer.
- The dashed line indicates a bond going into the plane away from the viewer.

This suggests that the bromine atoms are in a trans configuration, as they are on opposite sides of the cyclohexane ring. This diagram is often used in organic chemistry to depict molecules with specific 3D structures, which can be crucial for understanding their chemical behavior and interactions.
Transcribed Image Text:The image features a hand-drawn chemical structure of a cyclohexane ring, which is a six-membered carbon ring. Attached to the ring are two bromine (Br) atoms. The bromine groups are attached to the ring at different positions, indicating a specific stereochemistry. The drawing uses wedge and dash bonds: - The wedge bond (bold triangular line) represents a bond coming out of the plane towards the viewer. - The dashed line indicates a bond going into the plane away from the viewer. This suggests that the bromine atoms are in a trans configuration, as they are on opposite sides of the cyclohexane ring. This diagram is often used in organic chemistry to depict molecules with specific 3D structures, which can be crucial for understanding their chemical behavior and interactions.
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