If the surface of a deformed nucleus is given by the equation r' + y? +...

 

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If the surface of a deformed nucleus is given by the equation r' + y? + 1.2z? = R %3D where R = 1.2A/3 femtometers, calculate classically the electric quadrupole mo- ment, assuming A = 200, Z = 80, and the nuclear density is uniform inside the surface and zero outside. If the surface of a deformed nucleus is given by the equation r' + y? + 1.2z? = R %3D where R = 1.2A/3 femtometers, calculate classically the electric quadrupole mo- ment, assuming A = 200, Z = 80, and the nuclear density is uniform inside the surface and zero outside.

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Solution Q Anemen 2 R 11 12 AY3 80 A 200 x y 122 R ... View the full answer