Fissile $${ } ^ { 233 } \mathrm { U } \text { may be bred from nonfissile } { } ^ { 232 } \mathrm { Th } \text { by neutron capture. Write a }$$ possible induced fission reaction for ${ } ^ { 233 } \mathrm { U }$ (refer to Figure $6.3$ ) and calculate the fission energy. Note: atomic masses of the nuclides are available in many nuclear physics texts (e.g., Dunlap, An Introduction to the Physics of Nuclei and Particles or Krane, Introductory Nuclear Physics); see Bibliography from Chapters 5 and 6 or online at https://www.ncsu.edu/chemistry/msf/pdf/IsotopicMass_NaturalAbundance.pdf

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The Answer of Fissile $${ } ^ { 233 } \mathrm { U } \text { may be bred from nonfissile } { } ^ { 232 } \mathrm { Th } \text { by neutron capture. Write a }$$ possible induced fission reaction for ${ } ^ { 233 } \mathrm { U }$ (refer to Figure $6.3$ ) and calculate the fission energy. Note: atomic masses of the nuclides are available in many nuclear physics texts (e.g., Dunlap, An Introduction to the Physics of Nuclei and Particles or Krane, Introductory Nuclear Physics); see Bibliography from Chapters 5 and 6 or online at https://www.ncsu.edu/chemistry/msf/pdf/IsotopicMass_NaturalAbundance.pdf

Fissile 233U may be bred from nonfissile 232Th by neutron capture. Write a { } ^ { 233 } \mathrm { U } \text { may be bred from nonfissile } { } ^ { 232 } \mathrm { Th } \text { by neutron capture. Write a }233U may be bred from nonfissile 232Th by neutron capture. Write a

Fissile ${ } ^ { 233 } \mathrm { U } \text { may be bred from nonfissile } { } ^ { 232 } \mathrm { Th } \text { by neutron capture. Write a }$