Draw energy-level diagrams, similar to as shown, for all A = 10 nuclei listed in Appendix C. Show all the occupied neutron and proton levels. Given the diagrams, are any of the nuclei obviously unstable? FIGURE 30.9 Nuclear energy-leveldiagrams of 1?C, 1²B, and 12N.A 2C nucleus is in its lowestpossible energy state.Energy2244-NeutronsProtonsMaximum numbers of neutronsand protons in each levelA l'B nucleus could lower its energyif a neutron could turn into a proton.Energy22442NeutronsProtonsA 12N nucleus could lower its energyif a proton could turn into a neutron.Energy12N2.442NeutronsProtons

Given: mass number is A=10 The elements with nuclei number 10 are carbon(C), Boron(B) and…

Answered: FIGURE 30.9 Nuclear energy-level…

Similar questions

[Nuclear Physics] Given the SEMF equation in the first image
α decay producing 228R . The parent nuclide is nearly 100% of the natural element and is found in gas lantern mantles and in metal alloys used in jets (228Ra is also radioactive).
Magnesium (12Mg) has three stable isotopes with consecutive mass numbers. Write the complete nuclear symbol (with neutron number) for each. (Enter your answer in the form AZX_{N}. Separate substances in a list with a comma.)
Calculate the Q value and threshold energy for the 20Ne( α, 12C)12C reaction. What will be the sum of the kinetic energies of the 12C nuclei if the alpha particle initially has 45 MeV of kinetic energy in the lab?
239 239Pu can be bombarded by a neutron and undergo nuclear fission to make an atom of 204 Au and an atom of 3lp. Write the balanced nuclear equation for the process. Make sure to show how many neutrons are given off by this reaction. Include the FULL isotope notation for ALL species involved.
56 Fe is among the most tightly bound of all nuclides. Itis more than 90% of natural iron. Note that 56 Fe has evennumbers of both protons and neutrons. Calculate BE/A , thebinding energy per nucleon, for 56 Fe and compare it withthe approximate value obtained from the graph
How many nuclear spin levels exist for a 33S nucleus when it is exposed to an applied, external magnetic field?
How many nuclear spin levels exist for a 14N nucleus when it is exposed to an applied, external magnetic field?
Why can heavy nuclei with odd numbers of neutrons be induced to fission with thermal neutrons, whereas those with even numbers of neutrons require more energy input to induce fission?
Suppose that a nucleus captures two neutrons and decays to produce one neutron. Is this process likely to produce a chain reaction? Explain your response (make sure to proofread and properly give credit to any sources used)
A pair of nuclei for which Z1 = N2 and Z2 = N1 are called mirror isobars. (The atomic and neutron numbers are interchangeable.) Binding - energy measurements on such pairs can be used to obtain evidence of the charge independence of nuclear forces. Charge independence means that the proton–proton, proton–n eutron, and neutron–neutron forces are approximately equal. Calculate the difference in binding energy for the two mirror nuclei 815O and 715N
Isotopes that emit α radiation are relatively safe outside the body and exceptionally hazardous inside. Yet those that emit γradiation are hazardous outside and inside. Explain why.