Assignment Help - homework help

  Energy released in nuclear fission

Energy released in nuclear fission reaction:

92U235 + 0n1 → 42Mo95 + 57La139 + 20n1 + 7-1e0

The isotopic mass of U235 = 235.118 amu
The isotopic mass of 42Mo95 = 94.936 amu
The isotopic mass of 57La139 = 138.95 amu
The isotopic mass of 0n1 = 1.009 amu

∴ 235.118 + 1.009 → 94.936 + 138.95 + 2 × 1.009
236.127 amu → 235.906 amu

∴The mass transformed into energy is
= (236.127 – 235.906) amu
= 0.213 amu

As 1amu (i.e., atomic mass unit) = 931 MeV, for one 235U fission energy discharged = 0.213 × 931.48 = 200 MeV

 

Latest technology based Chemistry Online Tutoring Assistance

Tutors, at the www.tutorsglobe.com, take pledge to provide full satisfaction and assurance in Nuclear Chemistry homework help via online tutoring. Students are getting 100% satisfaction by online tutors across the globe. Here you can get homework help for Nuclear Chemistry, project ideas and tutorials. We provide email based Nuclear Chemistry homework help. You can join us to ask queries 24x7 with live, experienced and qualified online tutors specialized in Nuclear Chemistry. Through Online Tutoring, you would be able to complete your homework or assignments at your home. Tutors at the TutorsGlobe are committed to provide the best quality online tutoring assistance for Physical-Chemistry Homework Help and assignment help services. They use their experience, as they have solved thousands of the Chemistry assignments, which may help you to solve your complex issues of Nuclear Chemistry. TutorsGlobe assure for the best quality compliance to your homework. Compromise with quality is not in our dictionary. If we feel that we are not able to provide the homework help as per the deadline or given instruction by the student, we refund the money of the student without any delay.
Home | Company Overview | Services | Discover Q&A | Sitemap | Contact Us | T & C | Refund Policy | Copyright Policy | Blog | Q&A | Directory

©TutorsGlobe All rights reserved 2022-2023.