7. Select the right answer i) The neutron that produces the nuclear fission must have a kinetic energy: a) Much greater than 0.02 eV b) Much smaller than 0.02 eV. c) Around 0.02 eV. d) Any value. ii) To produce nuclear fusion, the nuclei must reach a kinetic energy: a) Around 1 MeV. b) Around 0.1 MeV c) Much greater than 1 MeV. d) Of any value iii) To produce nuclear fusion, the nuclei must reach temperature a of approximately: a) 100 thousand degrees. b) 100 million degrees. c) 200 degrees. d) Any temperature.
7. Select the right answer i) The neutron that produces the nuclear fission must have a kinetic energy: a) Much greater than 0.02 eV b) Much smaller than 0.02 eV. c) Around 0.02 eV. d) Any value. ii) To produce nuclear fusion, the nuclei must reach a kinetic energy: a) Around 1 MeV. b) Around 0.1 MeV c) Much greater than 1 MeV. d) Of any value iii) To produce nuclear fusion, the nuclei must reach temperature a of approximately: a) 100 thousand degrees. b) 100 million degrees. c) 200 degrees. d) Any temperature.
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Transcribed Image Text:7. Select the right answer
i)
The neutron that produces the nuclear
fission must have a kinetic energy:
a) Much greater than 0.02 eV
b) Much smaller than 0.02 eV.
c) Around 0.02 eV.
d) Any value.
ii) To produce nuclear fusion, the nuclei
must reach a kinetic
energy:
a) Around 1 MeV.
b) Around 0.1 MeV
c) Much greater than 1 MeV.
d) Of any value
iii) To produce nuclear fusion, the nuclei
must
reach
a
temperature
of
approximately:
a) 100 thousand degrees.
b) 100 million degrees.
c) 200 degrees.
d) Any temperature.
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