Chapter 11: Q2CQ (page 517)
Question:How is it that a high binding energy is a low energy?
Short Answer
Answer
The nucleus is harder to be broken apart, that is to say, the nucleus is more stable and at a lower energy state.
Chapter 11: Q2CQ (page 517)
Question:How is it that a high binding energy is a low energy?
Answer
The nucleus is harder to be broken apart, that is to say, the nucleus is more stable and at a lower energy state.
All the tools & learning materials you need for study success - in one app.
Get started for freeExercise 19 notes that the energy needed to remove a neutron fron helium-4 is 20.6 MeV
(a) Show that the energy required to remove a proton is 19.8 MeV.
(b) Why do these values disagree with the BE/nucleon value shown for helium-4 in Figure 11.14?
In an assembly of fissionable material. The larger the surface area per fissioning nucleus (i.e. per unit volume), the more likely is the escape of valuable neutrons.
(a) What is the surface-to-volume ratio of a sphere of radius r?
(b) What is the surface-to-volume ratio of a cube of the same volume?
(c) What is the surface-to-volume ratio of a sphere of twice the volume?
(a) How much energy can be extracted by deuterium fusion from a gallon of sea water? Assume that an average D-D fusion yield is about per atom.
(b) A modem super tanker can hold
For the carbon cycle to become established, helium-4 nuclei must fuse to form beryllium-8. Calculate Q for this reaction.
Determine Q for the reaction
What do you think about this solution?
We value your feedback to improve our textbook solutions.