If the ocular lens magnifies a specimen 10x, and the objective lens used magnifies the specimen 35x. What is the total magnifica
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Answer:
Mass defect of each iron-56 nuclei:
The binding energy per nucleon of Iron-56 is approximately 8.6 MeV.
Explanation:
According to the physics constants table on Chemistry Libretexts:
- Proton rest mass:
;
- Neutron rest mass:
.
- Speed of light in vacuum:
.
- Charge on an electron:
.
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The mass defect of a nucleus is equal to the sum of the mass of its parts (protons and, in most cases, neutrons) minus the mass of the nucleus.
The atomic number of iron is 26. There are 26 protons in each iron-56 nucleus. The mass number 56 indicates that there are 56 nucleons (neutrons and protons) in each iron-56 nucleus. The other particles are neutrons.
The mass of protons and neutrons in each iron-56 nucleus will be:
.
According to this question, the mass of an iron-56 nucleus is equal to 55.934939 amu. The mass defect will be
.
By the mass-energy equivalence,
.
Refer to this equation, the speed of light in vacuum is the conversion factor between mass
and energy
. The value of
is usually given only in SI units
. Accordingly, the value of
will be in the SI unit
.
Convert million electron-volts to joules.
One electron-volt is equal to the electrical work done moving an electron across a potential difference of one volt.
.
Convert the unit of from
to the desired
:
.
Total binding energy in each iron-56 nucleus:
.
Again, the mass number 56 indicates that there are 56 nucleons in each iron-56 nucleus. The binding energy per nucleon of iron-56 will be:
.