Consider the classical model of an electron such that a nucleus of charge +e is uniformly distributed with a sphere of radius 2 angstrom An electron of charge -e at a radial distance 1 angstrom moves inside this sphere Find the force attracting the electron to the centre of the sphere

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Electric field at a distance r = KQr/R^3 Here Q = e r =1 Angstrom R =2 Angstrom And Force = eE On solving, F=2.88 &times; 10 &minus;9 N

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Consider the classical model of an electron such that a nucleus of charge +e is uniformly distributed with a sphere of radius 2 angstrom An electron of charge -e at a radial distance 1 angstrom moves inside this sphere Find the force attracting the electron to the centre of the sphere

Consider the classical model of an electron such that a nucleus of charge +e is uniformly distributed with a sphere of radius 2 angstrom An electron of charge -e at a radial distance 1 angstrom moves inside this sphere Find the force attracting the electron to the centre of the sphere

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Consider the classical model of an electron such that a nucleus of charge +e is uniformly distributed with a sphere of radius 2 angstrom An electron of charge -e at a radial distance 1 angstrom moves inside this sphere Find the force attracting the electron to the centre of the sphere

Consider the classical model of an electron such that a nucleus of charge +e is uniformly distributed with a sphere of radius 2 angstrom An electron of charge -e at a radial distance 1 angstrom moves inside this sphere Find the force attracting the electron to the centre of the sphere

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