Calculating Neutron Binding Energy in 13-C

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Homework Help Overview

The original poster attempts to calculate the binding energy of a neutron in Carbon-13 (13-C), focusing on the mass defect and its relation to binding energy. The problem involves concepts from nuclear physics.

Discussion Character

  • Exploratory, Assumption checking

Approaches and Questions Raised

  • The original poster outlines a calculation involving mass defect and binding energy but expresses uncertainty about the correctness of their results. Other participants question the notation used for Carbon-13 and seek clarification.

Discussion Status

The discussion includes attempts to clarify terminology and the original poster's self-sufficient resolution of their issue. There is no explicit consensus on the calculations presented, but some guidance on terminology has been provided.

Contextual Notes

The original poster mentions not having specific values for the calculations and resorting to external sources for information, which may affect the accuracy of their results.

MeKnos
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Homework Statement


Calculate the binding energy of a neutron in 13-C.


Homework Equations


mass defect= (Z*mp) + (N*mn) - (mc13)
B = mass defect * conversion factor
B/(Z+N) = Binding Energy per Neutron

I wasn't given any values for the numbers, so I wiki'd them.


The Attempt at a Solution



B= 6(1.0078) + 7(1.0087) - 13.0033 = .1044
B= .1044 * (931.49) = 97.2 MeV
B/13 = 7.49 MeV

thats wrong, and so is B/7=13.89 MeV
 
Physics news on Phys.org
Anyone?
 
What do you mean by13-C?
 
Carbon 13
 
nevermind, i figured it out by myself
 

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