| 1 | understanding fundamental concepts in nuclear physics |
| 2 | understanding Rudherford scattering |
| 3 | Feature of nculei and units and dimension in nuclear physics |
| 4 | understanding binding energy and mass parabola |
| 5 | understanding structure of deuteron |
| 6 | angular momentum and parity in nuclei |
| 7 | nuclear insatbility, obtaining energy levels, understanding aplpha decay mechanism |
| 8 | beta decay, Q-value for different beta decays |
| 9 | beta-decay rules, delayed nucleon decay and effect of beta decay on stability valley |
| 10 | gamma decay, energy conservation in gamma decay, characteristic of electromagnetic decays |
| 11 | understanding nuclear reaction and collisions, energy conservation in nuclear reactions |
| 12 | Coulomb scattering, understanding excitation reaction |
| 13 | understanding production of compound nuclei, elastic and inelastic scattering |
| 14 | fusion and fission reactions |