The denser liquid would be below, while the less dense liquid would be on top.
No,because if they have the same volume,that also means they need to have the same densities. > Density = mass / volume. Say they are different materials, such as water and iron. With an equal volume of both, the iron would be 7.85 times the weight. Therefore iron has 7.85 times the density of water.
Objects with the same mass but different densities could be a piece of wood and a piece of metal. They can have the same weight when measured on a scale, but their volume and density would be different due to the difference in how tightly packed the molecules are in each material.
They can't hold their shape on their own, so without a container they will flow all over the place.
Yes, liquids can flow through tiny holes due to their ability to take the shape of their container and their molecular properties. The molecules in liquids are able to move past each other to fit into and flow through small openings.
Graduated cylinder for liquids and small solids and a gas would have the volume of the container it's in
When mixed, the two liquids would separate due to differential densities. Their different densities would cause the more dense liquid to sink to the bottom of the container while the less dense one would be displaced and rise to float at the top.
The liquid with higher density will settle at the bottom, while the one with lower density will float on top due to the principle of buoyancy. The liquids will not mix and will form distinct layers based on their densities.
That depends. Some liquids (like water and alcohol, or water and vinegar) mix, some (like water and oil) don't.
The liquids likely have different densities and viscosities, causing them to form distinct layers in the jar rather than mixing together. Additionally, the liquids may not be miscible, meaning they do not easily mix or dissolve into each other, further contributing to their separation. This phenomenon is typically due to differences in intermolecular forces between the liquids.
Liquids take the shape of the container that they are in.
It depends how you mean when you are asking... If you mean to ask "Can two unidentified liquids with different densities have the same chemical formula?" then the answer is yes, a simple example would be to show how the manganate and permanganate ions both have the formula (MnO4) but have different charges. Therefor, any liquid forms of the formula MnO4 could vary since the two polyatomic ions react very differently, however they would have the same chemical formula technically. However... If you mean to ask "Can two unidentified liquids with different densities have the same chemical composition (ie be made of the exact same molecules)?" then the answer, unfortunately, is maybe. Temperature and pressure can greatly affect the way molecules bond, and may affect the density. Therefor, if the one liquid was divided and put into two different temperatures and/or pressures then the densities could in theory change. However, this may change the state of the liquid, even possibly turning it into a gas or a plasma, and thus, it would no longer be a liquid. However, the substance would still be the "liquid" that you started with, the difference would be a change in the state of the matter. So to answer your question, yes, two unidentified liquids with different densities can be the same liquid.
Gases, Liquids and solids are sometimes contrasted by the fact that liquids and gasses will take on the shape of the container that they are placed in while solids do not.
Density Column to Separate Mixtures of SolidsYou could use a density column to separate mixtures of different solids by adding substances that have different densities. Then you would add in the solids, which would land or stop at a substance.
distillation
One gallon of water weighs 8 pounds. So, if you were putting water into the gallon jug, you could put 8 pounds of water in it. Different liquids will have different densities, and therefore be quite different in weight.
Gases.If thee is as much liquid as the container fits, then liquids would work too.
Distillation.