They're not related at all. For example-
Look at SALT (NaCl)
Na (Sodium) atoms are a soft metal. A DEADLY soft metal.
Cl (Chlorine) atoms are a yellow-green gas. A DEADLY yellow-green gas.
Together they make salt. Not so deadly.
They are usually completely different (metal alloys are the exception). The best example would be sodium and chlorine; a metal that basically explodes on contact with water and a gas which causes people to drown in their own mucus together form a harmless salt that is necessary to human life.
They're not related at all. For example-
Look at the salt (NaCl).
Na (Sodium) atoms are from a soft metal.
Cl (Chlorine) atoms are from a yellow-green gas.
By combination, they make salt which is neutral.
They are different. This is the only thing we can say, since the properties vary from compound to compound and elements to elements.
they are vastly different and often unpredictable, i.e. table salt (sodium chloride):
sodium (Na) - highly reactive with water (it explodes), and melts at about 97 degrees celsius
chlorine (Cl) - a toxic, yellow gas that is denser than air, it boils at about -34 degrees celsius
sodium chloride (NaCl) - harmless compound, edible, and good on fries. melts at 801 degrees celsius
They are unrelated.
In most cases, when two elements form a compound, the new compound has a set of chemical properties that are entirely different from its reactants. However, in the case of diatomic compounds, such as O2, then yes, the compound retains the properties of its elemental parts.
Elements combine to form chemical compounds.
Not always. For example sodium (Na), a metal that reacts violently with water, and chlorine (Cl), a yellow poisonous gas, combine to make table salt, which has none of these properties. But in others cases there are some similarities, like in a metal alloy.
an element is a single substance while a compound is made up of multiple elements. Theirs no way to now how many elements form to make a compound... only through a microscope/
This is because a compound is a molecule of two different elements.
the properties of a compound are not the same as the elements that form them.
In most cases, when two elements form a compound, the new compound has a set of chemical properties that are entirely different from its reactants. However, in the case of diatomic compounds, such as O2, then yes, the compound retains the properties of its elemental parts.
This affirmation is not correct.
They will either bind on a mollecular scale to form "solutions", or on a non-mollecular scale to form "mechanical mixtures". Certain properties will cause the mixture to combust, give off gasses, or other things, depending on the elements and the ratios.
Essentially they disappear. However, of course, if a compound is separated into its component elements the properties will reappear.
chemical
Compound
No. A compound does not retain the properties of its component elements.
They normally have new properties as a compound, example- sodium metal, extremely reactive, reacts violently with moisture; and chlorine gas, deadly poisonous, react together to form table salt-sodium chloride
When elements combine to form compounds than the properties of elements are not pre demoninantly the same in them whether chemical or physical while in the form of mixture elements retain their properties.
Sodium and chlorine combine to form sodium chloride (common salt). Please see the links for information about the properties of these substances.
The properties from the original elements are all left behind; almost no compound shows any of the properties of its constituent elements (the most widely used example of this is sodium and chlorine forming sodium chloride).