no
Yes. that is how the compounds are formed. By combination of the elements.
Yes, only elements cannot be broken down to smaller substances.
Iron is a element, not a compound. Elements can only be broken down to electrons, protons, and neutrons. Elements, like Iron, can brake down to subatomic particles when exposed to extreme pressure, like in a particle accelerator, or when exposed to extreme heat, like in a fusion reactor. So yes, Iron can be broken down, but only with very large amounts of Energy.
Polysaccharides are broken down in the body through the process of digestion. Enzymes in the digestive system break down polysaccharides into smaller sugar molecules, such as glucose, which can then be absorbed by the body for energy.
Time and Mass. All particles can be broken down into smaller particles endlessly.
Soap is a compound mixture, an element cannot be broken down into smaller parts. Soap can be broken down into the parts that made it. Elements are pure.
H2O is an example of a mixture. It can be broken back down to its original parts 2 parts of Hydrogen, and 1 part of Oxygen.
Atoms are the smallest units of matter that retain the properties and characteristics of an element. They cannot be broken down into smaller parts without losing their chemical identity.
foods are broken down into smaller parts
mixture is separted by physic changes and compound is broken down by chemical changes
Granularity is the extent to which is system is broken down into smaller parts. It can be either the system itself or its description. For example it can be a yard broken down into inches or a yard broken down into feet. The yard broken down into inches has finer granularity then the yard broken down into feet.
IRON is an element. so no. an element by definition is an atom that cannot be broken down into further parts (even though they can). But pure iron is not a mixture, no.
Genus' are broken down in species.
Yes. that is how the compounds are formed. By combination of the elements.
Elements in the periodic table and subatomic particles (such as electrons, protons, and neutrons) cannot be broken down into smaller parts. These are considered the fundamental building blocks of matter.
When larger jobs are broken down into smaller tasks, that is called specialization.
yes it can