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If the radius of a nucleus is given by R = Ro A 1/3 where Ro...

If the radius of a nucleus is given by R = Ro A 1/3 where Ro = 1.2X10-15 m, calculate the density of a nucleus that has A = 233. Assume the mass of the nucleon (proton or neutron) = 1.67x10-27 kg.

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Answer #1

23341.67X10-27 A=233 Total muss = > 3.8941410 ?Sug R = READY R = 1.2 410-15 & 2333 TR3 Volume a (1.246 +633) 41 X 캫 51.6865

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