From a homogeneous and isotropic dielectric material of dielectric constant ∈r, a small volume element is taken out creating a cavity. The field can be kept homogeneous if Di. (i.e., electric flux density inside the cavity) and D0 (i.e., electric flux density outside the cavity) are such that-A-D0 = DiB-C-D-either (a) or (b)-B-

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From a homogeneous and isotropic dielectric material of dielectric constant &isin;r, a small volume element is taken out creating a cavity. The field can be kept homogeneous if Di. (i.e., electric flux density inside the cavity) and D0 (i.e., electric flux density outside the cavity) are such that-A-D0 = DiB-C-D-either (a) or (b)-B-

APTITUDE CRACK · Accepted Answer

B  Since the field is homogeneous .

Materials and Components - Engineering

From a homogeneous and isotropic dielectric material of dielectric constant ∈_r, a small volume element is taken out creating a cavity. The field can be kept homogeneous if D_i. (i.e., electric flux density inside the cavity) and D₀ (i.e., electric flux density outside the cavity) are such that

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Materials and Components - Engineering

From a homogeneous and isotropic dielectric material of dielectric constant ∈r, a small volume element is taken out creating a cavity. The field can be kept homogeneous if Di. (i.e., electric flux density inside the cavity) and D0 (i.e., electric flux density outside the cavity) are such that

Solution

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From a homogeneous and isotropic dielectric material of dielectric constant ∈_r, a small volume element is taken out creating a cavity. The field can be kept homogeneous if D_i. (i.e., electric flux density inside the cavity) and D₀ (i.e., electric flux density outside the cavity) are such that

For help Students Orientation
Mcqs Questions