In the nuclear reaction
n + U → X + 2e^-
n is a neutron and e^- is an electron,and the neutrinos have not been shown.Determine the atomic mass and atomic number of the missing nuclear product X,and write X in the standard form.It is NOT necessary to identify which atom X is.

Question

In the nuclear reaction
n + In the nuclear reaction n + U → X + 2e<sup>-</sup> n is a neutron and e<sup>-</sup> is an electron,and the neutrinos have not been shown.Determine the atomic mass and atomic number of the missing nuclear product X,and write X in the standard form.It is NOT necessary to identify which atom X is.

In the nuclear reaction n + U → X + 2e<sup>-</sup> n is a neutron and e<sup>-</sup> is an electron,and the neutrinos have not been shown.Determine the atomic mass and atomic number of the missing nuclear product X,and write X in the standard form.It is NOT necessary to identify which atom X is.

U → X + 2e^-
n is a neutron and e^- is an electron,and the neutrinos have not been shown.Determine the atomic mass and atomic number of the missing nuclear product X,and write X in the standard form.It is NOT necessary to identify which atom X is.

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The Answer of In the nuclear reaction n + U → X + 2e^- n is a neutron and e^- is an electron,and the neutrinos have not been shown.Determine the atomic mass and atomic number of the missing nuclear product X,and write X in the standard form.It is NOT necessary to identify which atom X is.

In the Nuclear Reaction