Why is carbon able to bond with atoms of other elements in many different ways?
Because carbon is in the group 4A. This means it has four valence electrons. This means that it can either become an anion or a cation. This allows carbon to bond with many elements in many different ways.
What can carbon atoms do that makes them different from atoms of the five other common elements of life?
What makes carbon different from other atoms is its ability to form strong stable bonds to other atoms of carbon. This enables it to catenate, that is form long chains of atoms. This means that we can get compounds with several carbon atoms forming a backbone to the molecule. This property is the key to the great variety of organic compounds which are found in living things.
Carbon atoms can form single, double, and triple bonds with one another and other elements. Carbon atoms can form chains, branched chains, and rings with other carbon atoms and other elements. The six most common elements in living things are oxygen, carbon, hydrogen, nitrogen, phosphorus, and calcium.
How can you explain how carbon can join to other carbon atoms chains and rings to form large and complex molecules?
Carbon atoms have four valence electrons, so they can form covalent bonds with as many as four other atoms. Carbon atoms can bond with each other to form chains or rings. The carbon atoms in these chains and rings can also connect with atoms of other elements to form the basic units of most biomolecules.
they form a carbon-carbon covalent bond in which electrons are shared. Hope I've helped! ANSWER Carbon forms both covalent bonds with other elements of similar electronegativity eg carbon-carbon or carbon-hydrogen. It forms polar covalent bonds with elements of slightly different electronegativity eg. carbon=oxygen. It also forms ionic bonds with elements with much different electronegativity eg in Calcium carbide.
If you mean like carbon: Soot Graphite Diamond Buckminsterfullerenes These are called allotropes of Carbon. Allotropy is the property of some chemical elements to be able to take two or more different forms, where the atoms are arranged differently by chemical bonds. Some other elements (e.g. sulfur) also have allotropes.
There cannot be more than 100 different atoms. I think you are confusing atoms and molecules. There are millions upon millions of different molecules because molecules are combinations of the 100 atoms. These combinations can be any number of the same atoms or of different atoms in different combinations. For example, the so-called hydrocarbons. These are different combinations of hydrogen and carbon: 1 carbon atom combined with 4 hydrogen atoms: methane, same as the natural…
The chemical compound C3H3 has two element in it: Carbon and Hydrogen. In one molecule of this compound there are 6 atoms: 3 Carbon atoms and 3 Hydrogen atoms. Both elements in this compound, Carbon and Hydrogen are classed as other nonmetals. However this compound does not exist 'in real chemical life', it's a fantasy formula.
Mixing metals to form alloys allows us to 'fine tune' their properties. The alloy can have properties which are better than any of their constituents. Many alloys are harder than pure metals. An alloy of tin and lead melts more easily than either metal, and was used as solder. The commonest alloys are the steels, which consist of iron with a controlled amount of carbon, and possibly some of many other metals too. Depending on…
What characteristic does carbon have that enables it to form more known compounds than all the other elements combined?
It's tetravalent. It forms long chains by the process of catenation, whereby carbon atoms form covalent bonds with other carbon atoms. These include single bonds (as in alkanes), double bonds (at least one in alkenes), or triple bonds (as in alkynes). Other elements can form covalent bonds among their atoms, but not nearly as many.