Structure and Properties of Matter

Everything in the universe is made of _______________.

• space

• matter

• water

• solute

Tags

CCSS.RI.5.4

The Law of ____________________ of Mass tells us that mass cannot be created nor destroyed.

• conservation

• conductivity

• volume

• hardness

Tags

CCSS.L.5.6

CCSS.RI.5.4

All physical substances have ____________________ and take up space.

• volume

• form

• mass

• balance

Tags

CCSS.RI.5.4

Matter can change its ____________________, such as when a chocolate candy bar melts on a hot day, although its mass remains constant.

• form

• properties

• state

• solute

• chemical

Tags

CCSS.L.5.4A

CCSS.RI.5.4

The substance that gets dissolved is known as the ____________________.

• solvent

• solute

• water

• space

Tags

CCSS.L.5.4A

CCSS.RI.5.4

When one substance is ____________________ in another substance, it is completely gone and forms a solution.

• dissolved

• balanced

• conserved

• insoluble

Tags

CCSS.L.5.4A

CCSS.RI.5.4

Just because something has a lot of mass does not mean it takes up a lot of ____________________. A brick can be small and heavy while a beach ball is large and light.

• space

• water

• volume

• chemical

Tags

CCSS.L.5.4A

CCSS.RI.5.4

The substance that does the dissolving is known as the ________________.

• solute

• solvent

• matter

• form

Tags

CCSS.L.5.4A

CCSS.RI.5.4

____________________ is a measure of the amount of electricity that passes through an object.

• conductivity

• hardness

• balance

• conservation

Tags

CCSS.L.5.6

CCSS.RI.5.4

Magnetism, solubility, shininess are examples of physical ____________________ that help describe objects.

• properties

• volume

• space

• chemical

Tags

CCSS.L.5.4A

CCSS.RI.5.4