1.

Question

(02.01 LC)

Atoms of the same element can have different properties. (3 points)

True

False
2.
(02.01 LC)

Match the term with the definition. (4 points)
1.
Atom
2.
Particle
3.
Phase
4.
Element
a.
the basic unit of an element
b.
a substance that cannot be broken down into a simpler substance
c.
a tiny piece of matter
d.
a unique form of matter in which it can exist
3.
(02.01 LC)

Match the term with the definition. (4 points)
1.
Liquid
2.
Gas
3.
Plasma
4.
Solid
a.
assumes the shape of the part of the container from the bottom up
b.
charged particles that do not have a definite shape or volume
c.
has a fixed volume and shape
d.
takes the shape and volume of an entire container
4.
(02.01 MC)

Which state of matter does this image represent? (3 points)

Image of water

Solid

Liquid

Gas

Plasma
5.
(02.01 MC)

Which state of matter does this model represent? (3 points)

Image of particles tightly packed

Solid

Liquid

Gas

Plasma
6.
(02.01 MC)

A solid keeps its shape due to which of the following factors? (3 points)

Space between particles

Attractive forces between particles

The type of element in the solid

The container it is placed in

Answer 1

1. True
   Atoms of the same element can have different properties due to differences in the number of neutrons (isotopes).

2. Match the term with the definition:

3. Atom - a. the basic unit of an element

4. Particle - c. a tiny piece of matter

5. Phase - d. a unique form of matter in which it can exist

6. Element - b. a substance that cannot be broken down into a simpler substance

7. Match the term with the definition:

8. Liquid - a. assumes the shape of the part of the container from the bottom up

9. Gas - d. takes the shape and volume of an entire container

10. Plasma - b. charged particles that do not have a definite shape or volume

11. Solid - c. has a fixed volume and shape

12. Which state of matter does this image represent?

• Liquid (assuming the image shows water in a liquid state)

5. Which state of matter does this model represent?

• Solid (assuming the model shows particles tightly packed)

6. A solid keeps its shape due to which of the following factors?

• Attractive forces between particles