(ε 0) = 8.854185×10^−12 kg^−1m^−3 A^2 ]

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The radius of the second Bohr orbit for hydrogen atom is: [Given: Planck’s constant. h=6.6262×10^−34 Js; mass of electron = 9.1091×10^−31kg; charge of electron, e=1.60210×10^−19 C; permittivity of vacuum, (ε 0) = 8.854185×10^−12 kg^−1m^−3 A^2 ]
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Nov
The radius of the second Bohr orbit for hydrogen atom is: [Given: Planck’s constant. h=6.6262×10^−34 Js; mass of electron = 9.1091×10^−31kg; charge of electron, e=1.60210×10^−19 C; permittivity of vacuum, (ε 0) = 8.854185×10^−12 kg^−1m^−3 A^2 ] (ε 0) = 8.854185×10^−12 kg^−1m^−3 A^2 ] e=1.60210×10^−19 C; permittivity of vacuum The radius of the second Bohr orbit [...]
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Tags: (ε 0) = 8.854185×10^−12 kg^−1m^−3 A^2 ] , e=1.60210×10^−19 C; permittivity of vacuum , The radius of the second Bohr orbit for hydrogen atom is: [Given: Planck's constant. h=6.6262×10^−34 Js; mass of electron = 9.1091×10^−31kg; charge of electron ,