WorksheetsMATTER
Total questions: 52
Worksheet time: 39mins
Which is true about all matter? Select all that apply.
All matter has weight
All matter takes up space
All matter can be seen
All matter has fixed volume
All matter is made up of smaller pieces of matter called ____.
atoms
space
weight
chemicals
How are the particles in each state of matter different?
The particles are different sizes
The particles are different materials
The particles are different shapes
The particles are arranged differently
What is a solid?
The particles are close together and locked in position, so they cannot move around each other and can only vibrate.
Shape and volume are not fixed.
Has a fixed volume and shape.
Particles are pretty far apart and able to move around easily.
What is a liquid?
Particles are pretty far apart and able to move around easily.
Shape and volume are not fixed.
The particles are close together but they are able to move about.
Has a fixed volume but does not have a fixed shape.
What is a gas?
The particles are spread apart and move freely in all directions.
Does not have a fixed volume or shape. The amount of space that it takes up can change.
Shape and volume of particles are fixed.
Particles are very tightly packed, can only vibrate.
In which state of matter would you classify butter?
gas
solid
liquid
In which state would you classify oxygen?
solid
liquid
gas
In which state would you classify vegetable oil?
solid
liquid
gas
How can matter change from state to state? Select all that apply.
Each time matter changes state, it is simply the movement of molecules in them speeding up or slowing down.
When heat is added to a solid, it turns into a liquid. When heat is added to a liquid, it evaporates and becomes a gas.
When heat is removed from a gas it condenses and turns back into a liquid. When a liquid freezes, it turns into a solid.
Matter can't change from state to state.
Matter is not lost when it changes from state to state.
True
False
____________ is the amount of space taken up by something.
(How much space matter takes up)
Mass
Volume
Matter
Mass is the total amount of matter in an object.
True
False
Which model represents how matter behaves in the state of gas.
(a) is the amount of matter in an object
What is happening in the picture.
The ice-cream is melting.
The ice-cream is evaporating.
The ice-cream is dissolving.
Click on the term that is not a physical state of matter.
GAS
LIQUID
SOLID
WATER
Complete this sentece: "Matter is anything that ...
the amount of matter in an object".
you can smell".
takes up space and has mass".
changes into liquid".
The amount of material an object has is its ____
mass
state
volume
The space that an object takes up is called its _____
gas
mass
volume
Which matter state has no definite volume or shape
gas
liquid
solid
Which matter state has a definite shape and volume
gas
liquid
solid
Which matter state has a definite volume but not a definite shape
gas
liquid
solid
T or F
Matter can be observed and measured
true
false
What state of matter is water in?
soild
liquid
gas
Identify the state of matter and explain why you think this.
Solid -- because the atoms are very close together
Liquid
Gas
None of these
In the conservation of matter, in a(n)____________________some gas may escape to the surrounding air because it has nothing to keep it in. (Example: water boiling on a stove without a lid, the water would then evaporate and turn into a
Open area or system
Closed area or system
Identify the state of matter and tell why you think this.
Solid
Liquid
Gas --because the atoms are very far apart.
None of these
Matter exits in _______ states.
2
3
4
5
Solids also have a consistent mass and volume.
Atoms in a solid object are packed closely together so that they do not move around.
True
False
Atoms are packed very tightly with each other in a ______.
Liquid
Solid
Gas
How can water change into a gas?
By heating the water to a boiling point, and then it begins to evaporate.
Condensation
Freezing
Which of these is not a correct state of matter?
Water cycle
Water
Snow
Vapour
Is sand a solid?
Yes
No
Give me 5 examples of matter.
No matter is lost or gained even if it looks like it appears or disappears. It stays the same amount. What is this called?
(a)
In a(n)_________________ the conservation of matter is that all changes take place within the contained area and all matter is captured within, regardless of changes. (Remember the oil/water/Alka-Seltzer experiment.) The fizzy gas was enclosed in the glove. )
open area or system
closed area or system.
The molecules that make up a ________________are arranged in regular repeating patterns . They are held firmly in place, but can vibrate with in a limited area.
Gas
liquid
solid
The molecules that make up a ___________ flow easily around one another. They are kept from flying apart by natural forces that hold them together. This state takes the shape of its container.
solid
liquid
gas
The molecules that make up ________________ fly in all directions at great speed. They are spread so far apart that the natural attractive forces are not strong enough to hold them together.
Gases
solids
liquids
The type of matter that has no definite size or shape.
Solids
liquids
gases
If a gas in not in a container it will keep spreading out indefinitely
This is because the atoms in a gas are spread apart much further and can move freely.
True
False
Liquid is matter that has definite size but no definite shape and
must take the shape of its containers.
True
False
-- distinguishing qualities of an object made of matter like it’s color, shape size, temperature or weight. ( Any characteristic used to describe matter also how it looks, feels or acts )
(a)
Matter is everywhere and everything and is made up of particles called (a)
– tiny building blocks that make up matter
(a)
-- the amount of matter in an object
Mass
Volume
Weight
– the amount of space taken up by something
( how much space matter takes up )
Weight
Mass
Volume
– the measure of how heavy an object is , caused by gravity pulling on an object.
Mass
Weight
Volume
All matter has properties and properties are observable, measurable characteristics that we can use to tell them apart.
True
False
