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Particulate Matter Quiz

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Particulate Matter Quiz

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Quiz on the particulate nature of matter.

Created by

Charlotte L.
Charlotte L.
Singapore

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Particulate Matter Quiz
 

Particulate Matter QuizOnline version

Quiz on the particulate nature of matter.

by Charlotte L.
1

What is matter defined as in the particulate model?

2

Which state has a definite shape and volume?

3

Which property describes how closely packed the particles are in a solid?

4

In a liquid, how do particles move?

5

What is diffusion in the particulate model?

6

Which state has very weak inter-particle attraction?

7

What happens to volume when a solid expands with heating?

8

Which change of state is reverse of freezing?

9

Which process is sublimation?

10

What best describes Brownian motion?

11

Which state has no definite volume and shape?

12

What happens to density when a substance expands a lot with heating?

13

What describes the arrangement of particles in a solid?

14

Which term refers to a substance turning from liquid to gas at the surface before boiling point?

15

What happens to particles during heating of a solid to liquid?

16

Which state has a definite volume but takes the shape of its container?

17

What causes diffusion in liquids and gases?

18

Which statement best describes density in a gas?

19

Which property distinguishes solids from liquids?

20

What is the main difference between boiling and evaporation?

21

Which process releases latent heat as a liquid becomes a solid?

22

What describes the movement of particles in a gas?

23

What is the term for a liquid turning into a gas at the surface below boiling?

24

What happens to particles when a substance boils?

25

Diffusion occurs fastest in which state?

26

Which is a property of solids but not gases?

27

What happens to particles as a solid is heated to melt?

28

Which concept explains why perfume spreads in a room?

29

Which state has high density due to close packing?

30

Which process increases particle energy during heating?

31

What is a volatile liquid?

32

Which change is physical, not chemical?

33

Which state has indefinite shape and volume?

34

What primarily causes diffusion in solids to be slow?

35

What happens to a substance’s mass during heating and cooling?

36

Which is a property of gases that differs from liquids?

37

What causes expansion of a substance when heated?

Feedback

Matter has mass and occupies space; energy or reactions are separate concepts.

Solids have fixed shape and volume due to tightly packed particles.

Density is mass per volume; it reflects packing of particles.

Liquids flow because particles slide past each other.

Diffusion spreads particles from areas of higher to lower concentration.

Gases have weak attractions; particles are far apart.

Expansion leads to increased distances between particles, increasing volume.

Melting is solid to liquid, opposite of freezing.

Sublimation skips the liquid phase; solid becomes gas directly.

Brownian motion shows particles move randomly at small scales.

Gases take shape and volume of their container.

Volume increases while mass stays; density decreases.

Solids have fixed, orderly packing with limited movement.

Evaporation occurs at surfaces below boiling point.

Added energy increases particle motion, leading to melting.

Liquids hold volume but adapt shape to their container.

Diffusion arises from random particle motion.

Gases have low density due to large particle spacing.

Solids have fixed shape and volume; liquids adapt shape.

Boiling happens inside; evaporation occurs at the surface.

Freezing releases energy as particles arrange into a solid.

Gas particles move rapidly and randomly with little attraction.

Evaporation occurs at surfaces below boiling point.

Boiling overcomes strong attractions and forms a gas.

Gases diffuse rapidly due to high particle mobility.

Solids have fixed shape; gases do not.

Melting requires particles to break some attractions to move past each other.

Diffusion describes spread due to random motion of particles.

Solids are densely packed with high density.

Energy input raises particle kinetic energy, boosting motion.

Volatile liquids vaporize readily at ambient conditions.

Phase changes alter state but not chemical properties.

Gases take both shape and volume of their container.

Tightly packed solids hinder particle movement, slowing diffusion.

Mass is conserved in physical changes like heating/cooling.

Gases are compressible; liquids are not easily compressible.

Energy gain increases particle spacing, expanding volume.

 
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