6.The bismuth-209 nucleus has a binding energy per nucleon of 7.6154 MeV. (1 MeV is1.60 × 10-13 J). Determine the difference in mass between one mole of bismuth-209 nuclei and thecomponent nucleons of which it is made. (For the masses of the atoms and the neutrons, see the lecturematerial, Ch19_part3 page 9.)Masses of Selected Elementary Particles and AtomsElementary ParticleElectron, beta particlePositronProtonNeutronAtomHHHeHeLiBeBe10 BeBB"C¹2C13C19FNaSymbolje+ip+Mass (u)1.0078250322.0141017783.0160492683.0160293104.0026032507.01600408.005305099.012182110.01353378.02460710.012937011.009305511.01143312 exactly13.00335483814.00324198814.00307400515.99491462216.999131517.99916018.998403220.99764Mass (u)0.0005485799110.0005485799111.00727646691.0086649158AtomNaMg5032587127₁153226 Ra88228 Ra228Rb89 Ac23290Th90234231₁ PaTh231 U92234 U92235U238 U92Mass (kg)9.1093819 x 109.1093819 x 101-311.6726216 x 10-271.6749272 x 10-27-31Mass (u)22.989769723.985041929.9737702229.978313831.972070734.9688527139.962591248.94787180.91629186.90918386.908879126.904468226.025403228.031054228.031015232.038050234.043595231.035879231.036289234.040945235.043923238.050783

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Answered: 6. The bismuth-209 nucleus has a…

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