The discussion centers on the behavior of polarized molecules, specifically NH3, H2O, and butane, when placed between two oppositely charged plates. It is established that the uniform electric field created between these plates influences the orientation and potential trapping of the polarized molecules. The field strength is uniform away from the edges, which affects how these molecules interact with the electric field. The conversation highlights the implications of this phenomenon in understanding molecular behavior in electric fields.
PREREQUISITESStudents and researchers in chemistry and physics, particularly those studying molecular interactions in electric fields and the behavior of polarized molecules in electrostatic environments.
Thread difficulty level changed from "A" (graduate school) to "I" (undergraduate).Biodelta said:If a polarised molecule, e.g NH3 or H20 (Vapour molecule) or Butane is between two plates, of opposite charge,
would the charges serve to trap the molecule between the plates?