For the nuclear fusion reaction {}_1^2H+{}_1^3H→{}_2^4He+{}_0^1n temperature to which gases must be heated is 3.7x10^9K.Potential energy between two nuclei is closest to (Boltzmann's cons†an t k=1.38x10^9J/K) 1.)-10^{-10}J 2.)-10^{-12}J 3.)-10^{-14}J 4.)-10^{-13}J

For the nuclear fusion reaction {}_1^2H+{}_1^3H→{}_2^4He+{}_0^1n tem

1.	For the nuclear fusion reaction {}_1^2H+{}_1^3H→{}_2^4He+{}_0^1n temperature to which gases must be heated is 3.7x10^9K.Potential energy between two nuclei is closest to (Boltzmann's cons†an t k=1.38x10^9J/K) 1.)-10^{-10}J 2.)-10^{-12}J 3.)-10^{-14}J 4.)-10^{-13}J
Answer» For the nuclear fusion reaction {}_1^2H+{}_1^3H→{}_2^4He+{}_0^1n temperature to which gases must be heated is 3.7x10^9K.Potential energy between two nuclei is closest to (Boltzmann's cons†an t k=1.38x10^9J/K) 1.)-10^{-10}J 2.)-10^{-12}J 3.)-10^{-14}J 4.)-10^{-13}J