The total binding energy for lithium is 39.25 Mev
The binding energy per nucleon for lithium is 5.61 Mev / nucleon
<h3>BINDING ENERGY</h3>
Binding energy is the total energy required for the breakdown of a nucleus to its component nucleons
<h3>TOTAL BINDING ENERGY</h3>
Total binding energy is the amount of energy released when the atom is formed from its constituent electron, protons and neutrons.
The given mass are lithium is 7.016004 u and hydrogen is 1.007825
There are 3 hydrogen and 4 neutrons
To calculate the Total binding energy
3 ( 1.0782) + 4 ( 1.008665 ) = 7.058135 u
Mass of neutron is 1.008665 u
1 atomic mass unit is 931.5 Mev
<h3>The total binding energy is</h3>
TBe = ( 7.058135 - 7.016004 ) × 931.5
= 39.25 Mev
Total binding energy is 39.25 Mev
<h3>To calculate the binding energy</h3>
BE= 39.25 / 7
= 5.61 Mev / neucleon
Hence, The total binding energy is 39.25 Mev.
The binding energy is 5.61 Mev / neucleon.
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