Volume.
The displacement method refers to immersing in a liquid. If the liquid is in a container with volume measurement marks, then the object's volume is the difference in the liquid's volume, measured before and after immersion. There's a legend that the discovery of the displacement method was made by Archimedes when entering a bathtub full of water, which overflowed. This is postulated as the source of the exclamation "Eureka!" ("I have found it").
It must be at least as dense as water.
It must not be soluble in water or chemically react with water (eg do not try to find the volume of a piece of potassium or sodium unless you want a serious accident!)
This property is the density.
ok
True
The properties of sugar and water alone is a liquid and a solid. The properties of sugar-water solution is a liquid.
Solid precipitate
it is a non newtonian liquid that has both properties of a liquid and properties of a solid. When it hardens it's considered to just be a solid
precipitate
False
No, it cant
True
The water displacement method is typically used to find the volume of an irregular solid. The object is submerged in a known amount of water, and the increase in water volume is measured. This increase in volume is equal to the volume of the irregular solid.
I think to the helium pycnometry.
if it is a solid, use the water displacement method.
Liquid displacement
If the solid is a regular shape, such as a cylinder or sphere, you can find the appropriate dimensions and use formulas to find the result. If it is of a irregular size, I doubt if there is another method (even if there is, displacement of water would most likely be the simplest method)
Two of them are: the volume of the water, and how much there is.
I believe you can use it to tell if gold is solid, or anything you would wan't to know the density of, for that matter
Traditionally, displacement is when you place a solid in a known amount of liquid, then determine the volume based on how much liquid is displaced by the object. You can't displace a liquid with another liquid and find its volume. With that said, the statement "One method used to determine the volume of solids and liquids is displacement" must be completely true. However, as we established in the previous paragraph, displacement is not a method for finding the volume of a liquid. Because an "and" operator is used in the statement, that means displacement must apply to both solids and liquids, or the statement as a whole is unsound. And since we previously determined that displacement is not a method for finding the volume of a liquid, this makes the statement unsound and false.
the properties of solid