MASS
VOLUME
DENSITY
PARTICLES AND ATOMS
100

Convert 100 grams (g) to Kilograms (kg)

0.1 kg

100

Convert 1 Liter (L) into milliliters (mL)

1,000 mL

100

What is the density of a material with 400 g of mass and 1,550 cm3 of volume? Express your result in g/cm3

0.2580 g/cm3

100

State of Matter where particals have low speed

Solid

200

Convert 1.8 Kilogram (kg) to grams (g)

1,800 grams

200

You want to measure 400 mL of Water. Which of the following is the most precise instrument to do it?

a) a 500 mL Beaker

b) a 2.5 L Measuring Cylinder

c) a 1.0 L Measuring Cylinder

d) a 300 mL measuring cup

c) a 1.0 L Measuring Cylinder

200

Which of the following materials is more dense?

a) Iron 7874 kg/m³ 

b) Lead 11.34 g/cm3

c) Titanium 4.5 g/mL 

b) Lead 11.34 g/cm3

200

Whats the desnity of Gases?

a) high

b) Low

c) Very low

Very low

300

Convert 9.9 g to Kg

0.0099 Kg

300

Convert 1 cubic meter (m3) into Liters (L)

1,000 L

300

A piece of wood (cork) has a density of 0.80 g/cm3. You have measure its mass to be 4.5 kg. What is its volume on mL?

d=mass/volume

5625 mL

300

Change of state from solid to gas

Sublimation

400

Convert 2,530 kg to g

2,530,000 g

400

Convert 1,450 L into cubic meters (m3)

1.450 m3

400

Calculate the mass from a piece of gold with a volume of 300 cm3

Consider the gold's density as 19.32 g/mL and express your result on grams (g)

d= mass/volume

5796 g

400

What kind of substance is Water (H2O)? Pick the two choices that apply.

a) Element

b) Compound

c) Isolated Atom

d) Molecule

e) Network Structure

b) Compound and d) Molecule

500

Give the result of the following addition, express the result in grams (g): 

4.5 g + 1.6 g + 0.2 kg = _____ g

206.1 g

500

You have to fill a bathtub with a capacity of 0.150 m3. How many milliliters (mL) of water is this?

150,000 mL

500

Whats the volume in liters of 250kg of mercury?


Consider the density of mercury as 13,600 kg/m3

18.38 L

500

What kind of substance is Helium (He)? Pick the two choices that apply.

a) Element

b) Compound

c) Isolated Atom

d) Molecule

e) Network Structure

a) Element and c) Isolated Atom