2 The three equations below represent nuclear fission and nuclear fusion reactions. For each equation, tell whether fission or fusion has occurred and write the missing term in the equation. A. U+n-Sr+ + 2n B. H+HH+ C.___+n-Y+I+2n B. C.

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33.
32.
The three equations below represent nuclear fission and nuclear fusion reactions. For each
equation, tell whether fission or fusion has occurred and write the missing term in the
equation.
A. U+nSr+___+2n
B. H+HH+
C. _______+n-Y+I+2n
A. Mn+He-n+
Manganese-55 is bombarded with alpha particles. The nuclear equation for one possible
transmutation reaction is shown below. Complete three other possible transmutation
reactions, given one of the reaction products.
Mn+He B+ Ni
B. Mn+He-___+Fe
A.
-
B.
C. Mn+He→___+ Co
34. The isotope strontium-90 is produced during the testing of nuclear weapons. If 100.0 mg of
strontium-90 was released in the atmosphere in 1960, how much of the radioisotope remains
85 years later? The half-life of strontium-90 is 29 years. Show all your work.
Transcribed Image Text:33. 32. The three equations below represent nuclear fission and nuclear fusion reactions. For each equation, tell whether fission or fusion has occurred and write the missing term in the equation. A. U+nSr+___+2n B. H+HH+ C. _______+n-Y+I+2n A. Mn+He-n+ Manganese-55 is bombarded with alpha particles. The nuclear equation for one possible transmutation reaction is shown below. Complete three other possible transmutation reactions, given one of the reaction products. Mn+He B+ Ni B. Mn+He-___+Fe A. - B. C. Mn+He→___+ Co 34. The isotope strontium-90 is produced during the testing of nuclear weapons. If 100.0 mg of strontium-90 was released in the atmosphere in 1960, how much of the radioisotope remains 85 years later? The half-life of strontium-90 is 29 years. Show all your work.
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