Physical Science

Matter 1

100

Mass is the amount of __________ in an object

Matter

200

Used to measure mass

Triple-beam balance or electronic scale 

300

BASIC unit of mass

grams

400

The three weights on a triple-beam balance are called

Riders

500

In order to calculate ___________, mass and volume are needed.

Density

Matter 2

100

Amount of __________ an object takes up.

Space

200

2 Units of volume

ml, L

300

2 Tools used to measure volume of a rectangular prism

Metric Ruler, Yardstick, meterstick

400

Formula used to measure the volume of a rectangular prisim.

V = l x w x h

500

In order to measure the volume of a liquid, you need to read the bottom of the 

meniscus

Matter 3

100

Density formula

d = m/v

200

1 unit for density

g/ml, g/cm³ , 

300

calculate the density of the following object:

mass = 10g  volume = 2 cm³

5 g/cm³

400

Calculate the density of the following object:

mass = 15 g   volume = 3 ml

5 g/ml

500

Formula for Displacement

V = Vf- Vi

Matter 4

100

The unit for weight.

N (Newtons)

200

Weight is the amount of __________ applied to an object.

Gravity

300

No definite shape and no definite volume (2 States)

Gas and Plasma

400

State of Matter where particles are tight but are able to slide past on another

Liquids

500

If a person weighs 100 lbs. on Earth, how much would they weigh on the moon

33 1/3

Matter 5

100

Definite volume and definite shape

solids

200

Examples: Sun, stars

Plasma

300

Most abundant State of Matter in the Universe but not on Earth

Plasm

400

Found at Absolute Zero (0 K)

B.E.C

500

Characteristics that help you to distinguish between The States of Matter

Energy of Particles

Particle Arrangement

Distance between Particles