Radioactivity
Set 1
- What is radioactivity?
- Name the types of ionizing radiation.
- What are beta particles? Describe all
types of beta particles.
- What is a radioactive decay? Name all
types of radioactive decay.
- Write a general scheme of beta (-) decay.
- Write a general scheme of electron
capture.
- Write the system unit and the off-system
unit of activity.
- How and where are radioactive isotopes
synthesized?
- Explain the work principle of Geiger
counter.
Radioactivity
Set 2
1.
What is ionizing radiation?
2.
What are alpha particles?
3.
What are gamma rays?
4.
Write a general scheme of alpha decay.
5.
Write a general scheme of beta (+) decay.
6.
What is a radioactive sample activity? Write the
formula.
7.
What is a specific activity of a sample?
8.
Name some clinically used radioisotopes.
9.
What types of radiation detectors do you know?
Radioactivity
Set 1
- What is radioactivity?
- Name the types of ionizing radiation.
- What are beta particles? Describe all
types of beta particles.
- What is a radioactive decay? Name all
types of radioactive decay.
- Write a general scheme of beta (-) decay.
- Write a general scheme of electron
capture.
- Write the system unit and the off-system
unit of activity.
- How and where are radioactive isotopes
synthesized?
- Explain the work principle of Geiger
counter.
Radioactivity
Set 2
10. What is ionizing radiation?
11. What are alpha particles?
12. What are gamma rays?
13. Write a general scheme of alpha decay.
14. Write a general scheme of beta (+) decay.
15. What is a radioactive sample activity? Write the formula.
16. What is a specific activity of a sample?
17. Name some clinically used radioisotopes.
18. What types of radiation detectors do you know?
