Something that takes the shape of the container it is in. E.g. Water takes the shape of the container which it is in.
Build a small balance beam with two containers on each end.Place the object of unknown weight in one of the containers. Add water to the other container until a ballance is achived. Measure the volume of water required to achive the balance and you have your weight. 1 litre = 1 kilogram, 1 mililitre = 1 miligram.If one was interested in collecting imperial measurements you could try off setting the water container on the beam to perform the conversion. Weigh side 2.2 times longer than the water catchment side.( I haven't tried this, but it should work...
yes yes it can
It depends on the air temperature and the water vapor when the snowflake forms.
In most cases a 50/50 mix of straight coolant and water is sufficient. Read the directions on the coolant container and adjust to your weather needs.
A liquid takes the shape of any solid that it is contained within. For example water within a square container will appear square, but water within a triangular container will appear triangular.
The shape of water changed to fit the shape of the container it was poured into due to its property of taking the shape of its container.
water
Something that takes the shape of the container it is in. E.g. Water takes the shape of the container which it is in.
The shape and volume of water are determined by the container it is in. Water takes the shape of its container due to its ability to adapt to its surroundings and fill the space available. Its volume is determined by the amount of water molecules present within the container.
People have known long before the invention of science that water takes the shape of its container.
Since water is a liquid, it does not have any definite shape. It takes on the shape of its container.
condensation
Liquids take on the shape of any container they are placed in. If the volume of the container is less than the total volume of the liquid, them the difference in quantity will overflow the top of the container.
at room temperature, water is considered a liquid because it has a definite volume (it does not expand to fill its container like a gas) but not a definite shape (it takes the shape of its container, as opposed to a solid which keeps its shape regardless of the container it is in).
the same shape
water. :)