fission/fusion activity\nusing the periodic table of elements, predict the results of the nuclear…

fission/fusion activity\nusing the periodic table of elements, predict the results of the nuclear reactions.\ndetermine if the reaction is fission or fusion.\ncheck the correct reaction\n1. (_{92}^{235}u+_{0}^{1}n\rightarrow_{57}^{145}la + _{35}^{88}br+3_{0}^{1}n)\n2. (_{1}^{2}h+_{1}^{3}h\rightarrow_{2}^{4}he + _{0}^{1}n)\n3. (_{92}^{235}u+_{0}^{1}n\rightarrow_{52}^{137}te+_{}^{97}zr + 2_{0}^{1}n)\n4. (_{6}^{13}c+_{2}^{4}he\rightarrow_{}^{16}o+_{0}^{1}n)

fission/fusion activity\nusing the periodic table of elements, predict the results of the nuclear reactions.\ndetermine if the reaction is fission or fusion.\ncheck the correct reaction\n1. (_{92}^{235}u+_{0}^{1}n\rightarrow_{57}^{145}la + _{35}^{88}br+3_{0}^{1}n)\n2. (_{1}^{2}h+_{1}^{3}h\rightarrow_{2}^{4}he + _{0}^{1}n)\n3. (_{92}^{235}u+_{0}^{1}n\rightarrow_{52}^{137}te+_{}^{97}zr + 2_{0}^{1}n)\n4. (_{6}^{13}c+_{2}^{4}he\rightarrow_{}^{16}o+_{0}^{1}n)

Answer

Explanation:

Step1: Recall fission and fusion definitions

Fission is a heavy - nucleus splitting into smaller nuclei, while fusion is light - nuclei combining into a heavier nucleus.

Step2: Analyze reaction 1

$^{235}{92}U+^{1}{0}n\rightarrow^{145}{57}La + ^{88}{35}Br+3^{1}_{0}n$. A heavy uranium nucleus splits, so it's fission.

Step3: Analyze reaction 2

$^{2}{1}H+^{3}{1}H\rightarrow^{4}{2}He + ^{1}{0}n$. Light hydrogen nuclei combine, so it's fusion.

Step4: Analyze reaction 3

$^{235}{92}U+^{1}{0}n\rightarrow^{137}{52}Te+^{97}{40}Zr + 2^{1}_{0}n$. A heavy uranium nucleus splits, so it's fission.

Step5: Analyze reaction 4

$^{13}{6}C+^{4}{2}He\rightarrow^{16}{8}O+^{1}{0}n$. Light - nuclei (carbon and helium) combine, so it's fusion.

Answer:

  1. FISSION
  2. FUSION
  3. FISSION
  4. FUSION