Mass and volume
Physical properties of elements
Metal vs. Non-metal vs. Metalloid
Density
Random Review
100
Mass of the object in picture
77.5 g
100
Another word for shiny
Luster
100
Conducts heat/electricity well, usually solid and usually hard
Metal
100
The equation for density
D = m/v
100
Energy can neither be created nor destroyed
Law of conservation of energy
200
Mass of object in picture
167 g
200
The ability of an object to be made into thin sheets
Malleability
200
Silicon
Metalloid
200
The most dense liquid in this picture
Honey
200
Type of energy that comes from the Sun
Solar energy, radiant energy or thermal energy
300
Volume of substance in picture
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24 mL
300
The ability for a material/substance to allow heat and electricity pass through it
Conductivity
300
Known to be a semi-conductor
Metalloid
300
One liquid in this vase that is less dense than water
Refined oil or ethanol
300
How metamorphic rocks are formed
Extreme heat and pressure
400
Volume of substance in picture
74 mL
400
The ability of an object to be made into thin wire
Ductility
400
Poor conductor and usually a gas
Non-metal
400
The density of an object with a mass of 15 g and a volume of 7.5 ml
2 g/ml
400
Two types of geological events
Volcanic eruption, earthquake, tsunami, mountain building
500
Volume equation for regular object
V = l x w x h
500
The point at which a substance goes from liquid to gas
Boiling point
500
Carbon
Non-metal
500
The mass of an object with a density of 15 g/cm3 and a volume of 2 cm3
30 grams
500
The year that the United States landed on the Moon for the first time
1969