According to the nuclear energy curve, would fusion or fission or neither release nuclear energy from carbon [atomic number 6], and why?
A) Neither, because all other elements have higher nuclear energies.
B) Fusion, because then the reaction product has a lower atomic number and a higher nuclear energy.
C) Fission, because then the reaction products have higher atomic numbers and a lower nuclear energy.
D) Fission, because then the reaction products have lower atomic numbers and a higher nuclear energy.
E) Fusion, because then the reaction product has a higher atomic number and a lower nuclear energy.
Correct Answer:
Verified
Q1: In the nuclear reaction 1H + 2H
Q2: Suppose that you fission a sulfur nucleus,
Q4: Nuclear fusion is a process in which
A)
Q5: The fusion of 6 Li and 10
Q6: Fusion is often called a "thermonuclear reaction"
Q7: Has a nuclear device ever been exploded
Q8: Centrifuge separation, a method of separating 235U
Q9: Other than radioactive decay, how can energy
Q10: Which of the following works best for
Q11: Lise Meitner was
A) one of the discoverers
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