A rare gas has N atoms per m3. If electronic polarizability of single atom of this gas is ae, then-A-∈r = NaeB-∈0∈r = NaeC-∈0(∈r 1) = NaeD-∈0(∈r 2) = Nae-C-∈0(∈r 1) = Nae

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A rare gas has N atoms per m3. If electronic polarizability of single atom of this gas is ae, then-A-&isin;r = NaeB-&isin;0&isin;r = NaeC-&isin;0(&isin;r 1) = NaeD-&isin;0(&isin;r 2) = Nae-C-&isin;0(&isin;r 1) = Nae

APTITUDE CRACK · Accepted Answer

The correct option is  C &isin;0(&isin;r 1) = Nae No answer description is available.

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Q1: A rare gas has N atoms per m³. If electronic polarizability of single atom of this gas is a_e, then

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Materials and Components

Q1: A rare gas has N atoms per m3. If electronic polarizability of single atom of this gas is ae, then

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Q1: A rare gas has N atoms per m³. If electronic polarizability of single atom of this gas is a_e, then

For help Students Orientation
Mcqs Questions