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Why does an air bubble rise to the surface of a glass of water?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
If a cube has a density of 50, and you cut the cube in half, what is the density of the new cube?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
What is the correct formula for density?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
What is density?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
Calculate the density of the following object with a mass of 120g and a volume of 30mL.
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
Calculate the density of an object with a mass of 50g and a volume of 5mL.
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
If an element has a density of 47.5 g/cm3, will it sink or float in water?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
What is the formula for volume?
4 g/cm3
10 g/cm3
v=mass/density
The air is less dense as the water.
How tightly matter is packed into an object.
d= mass/volume
the object will sink to the bottom.
50 g/cm3
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