nonmetals because they are associated with molecular compounds.
Electrons must be transferred from one atom to another in the case of ionic bond formation, leading to the creation of positively and negatively charged ions. In the case of molecular compound formation, atoms of different elements share electrons to achieve stable electron configurations through covalent bonds.
2 or more atoms joined together form a suspension, solution, mixture, or compound. I don't know what kind of joining together you are talking about so it could be any of the ones i had just mentioned.
Yes it is a compound that kind of. It contains N,H atoms.
Almost any element, including the heavier noble gases, can form a molecular compound (if chelated cations are considered molecular as most chemists would), but the vast majority of such compounds are composed of nonmetals.
It's not an element; Check the Periodic Table. It's not a mixture, either, but a kind of carbohydrate. It's a molecular compound.
molecule. It is a shorthand way to represent the elements and their proportions in a compound. The formula provides information about the composition of the substance.
Yes, the relative positions of carbon, hydrogen, and oxygen in the periodic table agree with the theoretical prediction about the kind of compound they should form. Carbon and oxygen are in the same group and tend to form covalent compounds, while hydrogen typically forms compounds with other elements through ionic or covalent bonds. Sucrose, a compound made of carbon, hydrogen, and oxygen, is a covalent compound in line with these predictions.
Salt and water do not form a compound of any kind - neither decimal nor chemical.
Any kind of acid should be a molecular compound because molecular compounds consists of the combination of non metals. An ionic compound would consist of a metal and a nonmetal, but all acids have the element "H" followed by a gas and are therefor not ionic compounds.
purple ones
simple, compound, complex, compound-complex