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How is density calculated?
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
A million carbon atoms bonded together would be considered...
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
Two or more elements chemically combined
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
Compare the motion of atoms in a solid to a gas of the same substance.
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
Billy spilled water on the floor and was a jerk and didn't clean it up. Molly comes by later and the floor is dry. What happened to the water?
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
Which of the following could be used to identify a substance?
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
Ratio of mass to volume of a substance.
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
A substance with a mass of 26 g has a volume of 42 mL. What is its density?
0.62 g/mL
melting point
density
mass divided by volume
gas atoms move very fast and are very far apart
The water changed into a gas
an element and molecule
compound
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