How much energy is needed to flip an electric dipole from being lined up with a uniform external electric field to being lined up opposite the field? The dipole consists of an electron and a proton at a separation of 2.30 nm, and it is in a uniform field of magnitude 2.85 X 106 N/C.
How much energy is needed to flip an electric dipole from being lined up with a uniform external electric field to being lined up opposite the field? The dipole consists of an electron and a proton at a separation of 2.30 nm, and it is in a uniform field of magnitude 2.85 X 106 N/C.
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![How much energy is needed to flip an electric dipole from being lined up with a uniform external
electric field to being lined up opposite the field? The dipole consists of an electron and a proton at a
separation of 2.30 nm, and it is in a uniform field of magnitude 2.85 X 106 N/C.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F23fceb3d-314c-48b3-82c8-c74413249d2d%2Fd822b554-94ab-470f-8f11-fcb218771baa%2Fygfnm56_processed.png&w=3840&q=75)
Transcribed Image Text:How much energy is needed to flip an electric dipole from being lined up with a uniform external
electric field to being lined up opposite the field? The dipole consists of an electron and a proton at a
separation of 2.30 nm, and it is in a uniform field of magnitude 2.85 X 106 N/C.
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