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When an object is heated, its density will
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
When an objects density is the same as 1.0 g/cm3, the object will
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
The formula for density is
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
The density of water is
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
When an object is squeezed together (increase in pressure), its density will
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
One tool that is NOT used to measure for density is
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
If an object is cut in half, its density will
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
Density is
1.0 g/cm3
d = m/v
remain the same.
be neutrally buoyant.
increase.
the amount of matter in a certain amount of space.
decrease.
thermometer.
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