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Calculate the density if the mass is 8 grams and the volume is 3 ml
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
to draw a conclusion based on observations is a
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
If an object has a density of 0.5 g/ml it will
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
Weight is
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
the amount of matter in an object and doesnt' change is
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
Calculate the density of an object that has a mass of 18g and a volume of 2 g.
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
Calculate the density of an object that has a mass of 80 g and a volume of 25ml
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
If an object has a density of 0.6 g/ml what will it do?
3.2 g/ml
mass
9 g/ml
inference
half float, half sink
6/10 will sink, 4/10 will float
2.6 g/ml
able to change, amount of gravitational pull on Earth
Check it!