A gas will fill it's container freely, and evenly space itself throughout the container.
Imagine an aerosol can of disinfectant sprayed into a room at one corner. The gas will eventually spread itself across the room evenly.
A liquid takes the shape of its container, while a gas completely fills its container.
this chemical reaction forms a gas that may rupture the container or explode.
Decantation is pouring off a substance into another container, leaving the sediment behind. Filtration is pouring a substance through a filter to catch any sediment.
Liquids have smaller spaces between the molecules than a gas, and Solids have smaller spaces than liquids.
Allosteric enzymes have the ability to change their conformational ensemble after binding. This changes their affinity at a different ligand binding site.
The SI unit for density is kgm-3. But the density of gases is low , so it is generally expressed in gdm-3 . On the other hand, solids and liquids have high density than gases, so their densities are usually expressed in gcm-3. Other than this, Density = mass/volume : and this applies equally to each of the States of Matter.
A synonym for conform is comply. An antonym for conform is differ.
AnswerThey are the same. Food and drink do not differ in this respect.
Isotopes are exactly same with respect to all the chemical properties but they differ with respect to physical properties.
Their conformation
The milileters of margerine in one container may differ depending on how big the container is. Smaller containers will yield a smaller amount of milileters, while a larger container will allow for a greater number of margerine.
this chemical reaction forms a gas that may rupture the container or explode.
Gas expands to fill up it's container, while if solids are put into the same container, the will not expand. They will stay the same size and shape.
Differ from each other in some RESPECT.
the precise location on the enzyme to which they bind
Yes.
Chemically any difference exist.
The chemical structure of water remain unchanged.