Question
In summary form, how shape of molecules affect the electrophoretic mobility
Answers
GPT 3.5
1. The shape of a molecule affects its size and charge distribution.
2. Larger molecules will have a slower electrophoretic mobility compared to smaller molecules.
3. Molecules with a higher charge density will move faster in an electric field due to their increased interaction with the charged ions.
4. Branched or globular molecules may have a slower electrophoretic mobility compared to linear molecules due to increased steric hindrance.
5. Overall, the shape of a molecule plays a crucial role in determining its electrophoretic mobility by affecting its size, charge distribution, and interaction with the surrounding environment.
2. Larger molecules will have a slower electrophoretic mobility compared to smaller molecules.
3. Molecules with a higher charge density will move faster in an electric field due to their increased interaction with the charged ions.
4. Branched or globular molecules may have a slower electrophoretic mobility compared to linear molecules due to increased steric hindrance.
5. Overall, the shape of a molecule plays a crucial role in determining its electrophoretic mobility by affecting its size, charge distribution, and interaction with the surrounding environment.