A liquid has N permanent dipoles μp per unit volume and has been subjected to dc field for a long time such that orientation polarization is P0. At t = 0, the field is suddenly removed, then polarization-A-will remain constant at P0B-will become zero at t = 0C-will delay to zero with a time constantD-either b or c-C-will delay to zero with a time constant

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A liquid has N permanent dipoles &mu;p per unit volume and has been subjected to dc field for a long time such that orientation polarization is P0. At t = 0, the field is suddenly removed, then polarization-A-will remain constant at P0B-will become zero at t = 0C-will delay to zero with a time constantD-either b or c-C-will delay to zero with a time constant

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C will delay to zero with a time constant No answer description is available.

Materials and Components - Engineering

A liquid has N permanent dipoles μ_p per unit volume and has been subjected to dc field for a long time such that orientation polarization is P₀. At t = 0, the field is suddenly removed, then polarization

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Materials and Components - Engineering

A liquid has N permanent dipoles μp per unit volume and has been subjected to dc field for a long time such that orientation polarization is P0. At t = 0, the field is suddenly removed, then polarization

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For help Students Orientation Mcqs Questions

A liquid has N permanent dipoles μ_p per unit volume and has been subjected to dc field for a long time such that orientation polarization is P₀. At t = 0, the field is suddenly removed, then polarization

For help Students Orientation
Mcqs Questions