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Quiz 11: Radioactivity

Total questions: 25

Worksheet time: 15mins

Name
Class
Date
1.

What is the force that holds the atomic nucleus together?

a)

Electromagnetic force

b)

Gravitational force

c)

Strong nuclear force

d)

Weak nuclear force

2.

What can radiometric dating determine?

a)

The age of a rock or bone

b)

The type of radiation emitted

c)

The number of protons in an atom

d)

The energy released during nuclear reactions

3.

What is the process of breaking apart the atomic nucleus called?

a)

Fusion

b)

Fission

c)

Decay

d)

Transmutation

4.

Which type of radiation has no charge?

a)

Alpha particles

b)

Beta particles

c)

Gamma particles

d)

Neutron particles

5.

What is the composition of an alpha particle?

a)

Two protons and two electrons

b)

Two protons and two neutrons

c)

Two neutrons and two electrons

d)

Four protons and four neutrons

6.

Which type of radiation can be easily stopped by a few pieces of paper?

a)

Alpha particles

b)

Beta particles

c)

Gamma particles

d)

Neutron particles

7.

What happens to an alpha particle when it travels through air?

a)

It loses energy quickly

b)

It becomes harmless helium

c)

It causes radiation burns

d)

It deflects in the presence of a magnetic field

8.

What is the primary source of natural background radiation?

a)

Earth's atmosphere

b)

Cosmic rays from space

c)

Industrial activities

d)

Military activities

9.

What is the primary concern of living in space or on a planet without an atmosphere?

a)

Exposure to cosmic rays

b)

Lack of oxygen

c)

Extreme temperatures

d)

Lack of gravity

10.

What are the common types of radiation emitted during radioactive decay?

a)

Alpha particles

b)

Beta particles

c)

Gamma particles

d)

Neutron particles

11.

What is the primary focus of nuclear fission?

a)

Producing energy

b)

Creating new elements

c)

Studying atomic nuclei

d)

Generating radiation

12.

What is the equation that explains the conversion of mass to energy in fission and fusion reactions?

a)

Einstein's equation

b)

Newton's equation

c)

Maxwell's equation

d)

Bohr's equation

13.

Which radiation produces particles with the highest mass?

a)

alpha (α) ray

b)

beta (β) ray

c)

gamma (γ) ray

14.

Which type of radiation has particles partially made of neutrons?

a)

alpha (α) ray

b)

beta (β) ray

c)

gamma (γ) ray

15.

Which radiation would be repelled by a positive charge?

a)

alpha (α) ray

b)

beta (β) ray

c)

gamma (γ) ray

16.

Marie Curie used a magnet and a charge (both positive and negative) and failed to affect the direction of which type of radiation?

a)

alpha (α) ray

b)

beta (β) ray

c)

gamma (γ) ray

17.

This type of radiation results from the decay of an atomic neutron to a proton and the emission of a very light particle with a negative charge.

a)

alpha (α) ray

b)

beta (β) ray

c)

gamma (γ) ray

18.

The half-life of hydrogen-3 is 12.3 years. If I gave you a 2.00 gram sample of pure hydrogen-3 today, how much would you have in 24.6 years?

a)

2.00 g

b)

1.00 g

c)

0.50 g

d)

0.25 g

19.

The process of nuclear fusion results in the production of

a)

one new atom with a smaller mass than the mass of the original two atoms.

b)

one new atom with a larger mass than the mass of the original two atoms.

c)

I am not a nuclear scientist, stop asking me these questions.

d)

Can I phone a friend?

20.

Isotopes have different ____________

a)

Numbers of neutrons

b)

Mass numbers

c)

Stability

d)

All of these

21.

Which type of radiation can be stopped by aluminum foil?

a)

Alpha

b)

Beta

c)

Gamma

d)

All three

22.

Isotopes have the same ____________

a)

Mass number

b)

Number of electrons

c)

Number of neutrons

d)

All of these

23.

Which type of radiation can be partially blocked by feet of lead or concrete?

a)

Alpha

b)

Beta

c)

Gamma

d)

All three

24.

Which particle has no mass?

a)

an alpha particle

b)

a beta particle

c)

a positron

d)

a photon

25.

Two atoms have the same atomic number

a)

They must be isotopes of the same element

b)

They must have the same number of neutrons

c)

They must have the same average atomic mass

d)

They must have the same number of protons plus neutrons, but are not related to each other in any other way.