Talk to whomever asked this question. Let them know that there is more than one element that does this.
What most people think when they think of chains of atoms is carbon. But silicon also forms long chain molecules. This is not an obscure fact; it's very well known and the basis of products all around you, like hair conditioners and bathtub caulk.
it should be chinesite or Indianite. Maybe even Asianite?
The most common such element is silicon, in the silicone polymers and solid silicon dioxide. However, carbon can also form such structures.
i guess it is carbon
This element is carbon.
Carbon
carbon
Carbon
water
Nitrogen carbon and silicon
As an element oxygen is neutral, but it forms negative ions.
It is the most stable form of oxygen as an element.
Its the only element that forms long chain compounds.
Oxygen and oxygen. O=O. Or, say oxygen and carbon, CO. Oxygen and many other nonmetals con form covalent bonds.
Oxygen is an element. It forms chemical bonds with another oxygen atom, forming a nonpolar covalent bond. It forms covalent bonds with other nonmetals, and ionic bonds with metals.
As an element oxygen is neutral, but it forms negative ions.
Oxygen is an element. It normally forms anions.
False the answer is carbon not oxygen ^_^
As an element oxygen is neutral, but it forms negative ions.
its an element. It is usually encountered as O2. There are other allotropic forms the best known is O3 ozone.
It is the most stable form of oxygen as an element.
No. Water is a compound. Oxygen is an element. Oxygen dissolved in water forms a mixture.
The backbone of DNA is formed by linked alternating phosphate groups and deoxyribose sugars.
Oxygen is both a compound and an element. In nature, Oxygen forms bonds with itself to form a compound consisting of two elemental oxygen atoms to form one compounded oxygen molecule. This is O2.
The element oxygen has two molecular forms: O2 for 'plain' oxygen gas and O3 for ozone
Carbon, nitrogen, and oxygen itself all have this property.
Its the only element that forms long chain compounds.