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GCSE Atomic and Nuclear Revision

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

Which of the following is the correct combination of nucleons in this isotope of Carbon?

a)

14 protons and 6 electrons

b)

8 neutrons and 6 protons

c)

6 neutrons and 8 protons

d)

6 protons and 8 electrons

2.

The image shows three isotopes of hydrogen. Which of the following correctly describes the meaning of an isotope?

a)

Atoms of the same element with the same number of electrons and neutrons but different numbers of protons

b)

Atoms of the same element with the same number of protons and neutrons but different numbers of electrons

c)

Atoms of the same element with the same number of electrons and protons but different numbers of neutrons

d)

Atoms of the same element with the same number of electrons, neutrons and protons

3.

Which of the following types of radiation is most ionising over a short range?

a)

Alpha

b)

Beta

c)

Gamma

4.

Which of the following is sufficient to prevent beta radiation passing through

a)

1 cm paper

b)

1 mm aluminium

c)

5 cm paper

d)

5 mm aluminium

e)

1 cm lead

5.

In the Rutherford Bohr experiment one observation noted was that most alpha particles fired at the gold foil passed straight through. What does this tell us about the structure of the atom?

a)

The nucleus was positively charged

b)

The nucleus was negatively charged

c)

The atom was made up mostly of empty space

d)

The atom was very dense and tightly packed with nucleons

6.

In the Rutherford Bohr experiment one observation noted was that some alpha particles fired at the gold foil were backscattered. What does this tell us about the structure of the atom?

a)

The nucleus was positively charged

b)

The nucleus was negatively charged

c)

The atom was made up mostly of empty space

d)

The atom was very dense and tightly packed with nucleons

7.

Which of the following are methods for protecting a person from radioactivity?

a)

Distance

b)

Shielding

c)

Limiting time of exposure

d)

All of the above

8.

Which of the following occurs when Bismuth-213 decays to Polonium-213?

a)
b)
c)
d)
9.

Which of the following occurs when Polonium-213 decays to Lead-209?

a)
b)
c)
d)
10.

Which of the following occurs when Bismuth-213 decays to Lead-209?

a)
b)
c)
d)
11.

Which of the following decays will result in no change is mass or atomic number?

a)
b)
c)
d)
12.

Which of the following contributes to background radiation?

a)

Cosmic Radiation

b)

Naturally occurring radioactive ore

c)

Naturally occurring radioactivity in foods

d)

Radioactive isotopes used in laboratories

13.

Radioactive sodium has a half life of 12 hours. When a sample is first produced the count rate is 2048 c.p.s. What would you expect the count rate to be after 3 days?

a)

1024 c.p.s

b)

512 c.p.s

c)

341 c.p.s

d)

32 c.p.s

14.

Radioactive potassium has its count rate measured as 25 c.p.s. It has a half life of 2.5 hours. What would the count rate have been 20 hours before?

a)

6400 c.p.s

b)

3200 c.p.s

c)

1600 c.p.s

d)

80p c.p.s

15.

Which of the following types of radiation would be most suitable to use in a thickness monitor in a factory manufacturing wallpaper rolls?

a)

Alpha

b)

Beta

c)

Gamma

16.

Which of the following types of radiation would be most suitable to use to detect fractures and leaks in underground pipes?

a)

Alpha

b)

Beta

c)

Gamma

17.

What is the name given to this type of energy producing reaction

a)

Combustion

b)

Fission

c)

Fusion

18.

What conditions are required to overcome electrostatic repulsion between protons in order to establish a fusion reaction?

a)

Strong magnetic fields

b)

Extremely high temperatures

c)

Weak magnetic fields

d)

Extremely cold temperatures

19.

What is the name given to this type of energy producing reaction

a)

Combustion

b)

Fission

c)

Fusion

20.

Which of the following are disadvantages of using nuclear fission to generate electrical power?

a)

Production of radioactive waste which is difficult to dispose of and remains radioactive for long periods of time

b)

Contributes to global warming

c)

Risks of reactor meltdown/ nuclear disaster

d)

Expensive decommissioning costs