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The more dense an object is...
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
The correct explanation of why ice floats is that, compared to liquid water, solid ice
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
Density is equal to:
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
Mass is
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
Density determines whether an object will
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
What two measurements do you need to calculate density?
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
Density is
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
If an object has a mass of 25g and a volume of 5 cm3, what is the density?
5 g/cm3
sink or float
Volume and mass
mass divided by volume
is less dense
the more atoms it has packed into a given volume
the amount of matter in a certain amount of space
the amount of matter in an object
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