Write the balanced equation for the nuclear reaction 26 ^56F(d, α) 25 ^54Mn, where d represents the deuterium nucleus,1 ^2H Strategy To write the balanced nuclear equation, remember that the first isotope ^56 26Fe is the reactant and the second isotope ^54 25Fe is the product. The first symbol in

Question

Write the balanced equation for the nuclear reaction [latex]^{56}_{26}Fe(d,α)^{54}_{25}Mn[/latex] , where d represents the deuterium nucleus, [latex]^{2}_{1}H[/latex].

Strategy To write the balanced nuclear equation, remember that the first isotope [latex]^{56}_{26}Fe[/latex] is the reactant and the second isotope [latex]^{54}_{25}Fe[/latex] is the product. The first symbol in parentheses (d) is the bombarding particle and the second symbol in parentheses (α) is the particle emitted as a result of nuclear transmutation.

Accepted Answer

The abbreviation tells us that when iron-56 is bombarded with a deuterium nucleus, it produces the manganese-54 nucleus plus an α particle. Thus, the equation for this reaction is

[latex]^{56}_{26}Fe + ^{2}_{1}H \rightarrow ^{4}_{2}α+ ^{54}_{25}Mn[/latex]

Check Make sure that the sum of mass numbers and the sum of atomic numbers are the same on both sides of the equation.

Question 19.3: Write the balanced equation for the nuclear reaction 26 ^56F...

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