S No | Question |
Question 1 | What is meant by natural radioactivity? How are the radioactive radiations classified into three types? See Answer |
Question 2 | Explain the principle, construction, working and necessary mathematical theory of mass spectrometer. See Answer |
Question 3 | What are isotopes? Explain with examples. See Answer |
Question 4 | Explain the terms mass defect and binding energy related to a nucleus. See Answer |
Question 5 | Define and explain the half life of a radioactive element. See Answer |
Question 6 | Define and explain nuclear reactions. See Answer |
Question 7 | Write a comprehensive note on nuclear fission. See Answer |
Question 8 | What is a nuclear reactor? Give the principle, construction, working and uses of a typical reactor? See Answer |
Question 9 | What is meant by nuclear fusion? Discuss how can energy be released in the fusion process? Illustrate with examples. See Answer |
Question 10 | What is a radiation detector? Explain the principle and working of GM counter and solid state detector. See Answer |
Question 11 | Discuss the technique and use of radioisotopes in different fields of human activities. See Answer |
Question 12 | Write a comprehensive note on hadraons, leptons and quarks. See Answer |
Question 13 | What are harmful effects of radiations? What measures can be adopted to safeguard us from the nuclear hazards? See Answer |
Question 14 | Explain tracer technique in agriculture research? See Answer |
Question 15 | Name the four fundamental interaction and the particles that mediate each interaction. See Answer |
Question 16 | Discuss the differences between hadrons and leptons. See Answer |
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