Calculate the energy released by a nucleus of uranium 235 if it splitsinto an antimony 132 nucleus and a niobium 101 nucleus accordingto the equation below.132132.920, 51101Consider the atomic masses of U,Sb, Nb, and nto be235.044 u, 131.915 u, 100.915 u, and 1.00866 u, respectively.

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Calculate the energy released by a nucleus of uranium 235 if it splits into an antimony 132 nucleus and a niobium 101 nucleus according to the equation below. 101 Consider the atomic masses of U,'Sb, "Nb, and onto be 92 235.044 u, 131.915 u, 100.915 u, and 1.00866 u, respectively.

Calculate the energy released by a nucleus of uranium 235 if it splits into an antimony 132 nucleus and a niobium 101 nucleus according to the equation below. 101 Consider the atomic masses of U,'Sb, "Nb, and onto be 92 235.044 u, 131.915 u, 100.915 u, and 1.00866 u, respectively.

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Chapter1: Chemical Foundations

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Concept explainers

Writing and Balancing Nuclear Equations

A nuclear equation is a symbolic representation of a nuclear reaction using certain symbols. It is studied in nuclear chemistry and nuclear physics.

Question

Calculate the energy released by a nucleus of uranium 235 if it splits
into an antimony 132 nucleus and a niobium 101 nucleus according
to the equation below.
132
132.
920, 51
101
Consider the atomic masses of U,Sb, Nb, and nto be
235.044 u, 131.915 u, 100.915 u, and 1.00866 u, respectively.

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