Nuclear fission is the splitting of the atomic nucleus into more nuclei. The product of the californium atom fission is palladium,¹¹⁴₄₆Pd.
Nuclear fission is the breakdown of the atomic nucleus into two or more atomic nuclei including the gamma photons that release high energy.
The californium atom will absorb a neutron and release two small nuclei and three neutrons.
We know,
The atomic number of californium atom (Cf) = 98
The atomic mass of the californium atom (Cf) = 252
The atomic number of Tellurium (Te) = 52
The atomic number of Tellurium (Te) = 136
The atomic mass of the unknown element is calculated as:
[(252 + 1) - (136 + 3)] = 114
An atomic number of the unknown element is calculated as:
98 - 52 = 46
Hence, the unknown element is palladium (Pd) as it has atomic number 46.
The nuclear fission of the californium atom is shown as:
[tex]\rm ^{252}_{98}\; Cf + ^{1}_{0} n \;\rightarrow \;^{114}_{46}\;Pd +^{136}_{52}\;Te +3^{1}_{0}\;n[/tex]
Therefore, palladium is the missing element of the reaction.
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