Decay Mode Worksheet 1. List the four types of radioactive decay. 2. Use Table O to write the correct notation for an alpha particle. Describe what each number in the notation means. 3. Why is the emission of an alpha particle not particularly dangerous to people?

Principles Of Pharmacology Med Assist
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ISBN:9781337512442
Author:RICE
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Chapter2: Decimal Fractions
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Decay Mode Worksheet
1. List the four types of radioactive decay.
2. Use Table O to write the correct notation for an alpha particle. Describe what
each number in the notation means.
3. Why is the emission of an alpha particle not particularly dangerous to people?
4. How is a beta particle produced by a nucleus?
5. Describe the speed and penetrating power of a beta particle.
asit decaysA
and is ol
of 4 (the to
6. What can stop a beta particle from passing?
7. How is gamma radiation different from the other forms of decay?
8. Why is gamma radiation so dangerous to people?
9. What is a positron? How is it produced? nucleus as
mass of 0
ber),
and is o
10. What subatomic particle listed on Table O has the same charge as gamma
radiation?
11. Name all subatomic particles listed on Table O that would be affected by a
magnet.
Transcribed Image Text:Decay Mode Worksheet 1. List the four types of radioactive decay. 2. Use Table O to write the correct notation for an alpha particle. Describe what each number in the notation means. 3. Why is the emission of an alpha particle not particularly dangerous to people? 4. How is a beta particle produced by a nucleus? 5. Describe the speed and penetrating power of a beta particle. asit decaysA and is ol of 4 (the to 6. What can stop a beta particle from passing? 7. How is gamma radiation different from the other forms of decay? 8. Why is gamma radiation so dangerous to people? 9. What is a positron? How is it produced? nucleus as mass of 0 ber), and is o 10. What subatomic particle listed on Table O has the same charge as gamma radiation? 11. Name all subatomic particles listed on Table O that would be affected by a magnet.
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