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.
elements that are close to each other share similar, but not totally identical to each other. ones that are far away from each other share little to no properties.
huh
Properties of elements compare to each other because they might have the same color or they have the same state/phase. btw i am only 13 and i had a better answer than the last person cuz they said "huh"
It would depend on which properties you are comparing.
Your face is too ugly fam
horizon
Hydrogen's properties differ so much from other elements that it can't be grouped.
Comparing the properties of the new element with the properties of the other elements in the group we can make this prediction.
Physical and chemical properties change somewhat regularly across a period. Elements that are close to each other in the same period tend to be more similar than elements that are father apart.
Because although it has one valence electron when neutrally charged, it shares almost none of the chemical or physical properties of the other Group 1 elements. For example, where they are metallic solids at STP, hydrogen is a gaseous covalent molecule.
Isotopes of the same element differ in the number of neutrons. Isotopes have different physical properties but similar chemical properties.
Hydrogen's properties differ so much from other elements that it can't be grouped.
Close. It's the other way around. Elements (atoms) link up to make molecules of compounds.
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.
what happens to the properties of elements when they react with each other element
Yes, all elements have chemical properties related to their ability to react with other elements or compounds.
What is the basic elements of the South African trial systems and how do they differ from other systems?
because they have similar properties to the other elements in their groups
A metal that contains other elements to give it specific properties is called an Alloy. Many metals can contain other elements to give the metal specific properties. Steel is an alloy of Iron and carbon. Stainless steels contain various other alloying elements such as Chromium and Nickel.
Comparing the properties of the new element with the properties of the other elements in the group we can make this prediction.
Moving down a group, the elements will have the same number if valence electrons. Tis will give them similar properties, such as the Noble Gases, or the extreme reactivity of Group I metals. Moving across a period, elements will begin to resemble each other less and share fewer properties the further apart they are in the row.
Physical and chemical properties change somewhat regularly across a period. Elements that are close to each other in the same period tend to be more similar than elements that are father apart.
A difference of chemical properties is observed for light elements; for other elements these differences are extremely small.