Q4-(A)-The relative dielectric constant of mole of Ne gas was measured at 0 "C and I atm pressure to be 1.00013. (a) Estimate the radius of a Neon atom (b) Calculate the relative dielectric constant and radius of a Ne atom if the temperature is increased to room temperature. Discuss the reasons for the difference in values when the temperature rises.
Q4-(A)-The relative dielectric constant of mole of Ne gas was measured at 0 "C and I atm pressure to be 1.00013. (a) Estimate the radius of a Neon atom (b) Calculate the relative dielectric constant and radius of a Ne atom if the temperature is increased to room temperature. Discuss the reasons for the difference in values when the temperature rises.
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Transcribed Image Text:Q4-(A)-The relative dielectric constant of 1 mole of Ne gas was measured at 0°C and I atm pressure to be 1.00013. (a)
Estimate the radius of a Neon atom (b) Calculate the relative dielectric constant and radius of a Ne atom if the
temperature is increased to room temperature. Discuss the reasons for the difference in values when the temperature
rises.
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