In a single carbon atom, there are two unpaired electrons. The electron configuration is:
1s2 2s2 2p2
where all the electrons are paired up except for the 2 in the 2p orbital, which are unpaired due to Hund's Rule
Carbon has 6 electrons, so it has 4 valence electrons, none of which are, or can be, paired. (Unless paired through chemical bonds, of course.) This means that carbon can connect many different ways: it can connect to 2 atoms through double bonds, 1 atom through a double bond and 2 atoms by basic bonds, 1 atom by a triple bond and 1 atom by a basic bond, and 4 atoms through basic bonds.
no body knows or cares
^Disregard this idiot. He/She obviously doesnt care about other people's valid questions
Carbon has 2 unpaired electrons in its outer shell. As do all of the elements in the group (column) 4A (14).
Hope this helps! :)
Formally, two. The electrons in the 1s and 2s shells are paired, which accounts for four of the six; the remaining 2 electrons in the 2p shell are unpaired.
three&three
There are many elements which have no unpaired electrons in their outer shells. The Noble gasses all have closed shells of valence electrons. The alkali earth metals (Beryllium, Magnesium, Calcium etc) also have no unpaired electrons, although their outer shell is not entirely full.
In a neutral carbon atom, there will be 4 electrons in the outer most valence shell.
Carbon, as a non-metal wants to gain electrons to have 8 outer shell electrons. In its outer shell, carbon has 4 electrons. Therefore, a carbon ion picks up 4 electrons to become C-4
There are four electrons in the outer or valence shell of a neutral carbon atom.
Carbon has a valence of 4 which means it has four electrons on its outer shell that allow it to bond with up to four other atoms. The valence of carbon allows it to form large, diverse, complex molecules.
Carbon atoms do not have full outer shells. They have four valence electrons, all of which are unpaired. This is why carbon forms bonds easily.
There are many elements which have no unpaired electrons in their outer shells. The Noble gasses all have closed shells of valence electrons. The alkali earth metals (Beryllium, Magnesium, Calcium etc) also have no unpaired electrons, although their outer shell is not entirely full.
there are four electrons on the outer shell of carbon..
A fluorine atom has seven unshared electrons in its outer most shell (valence shell).
In a neutral carbon atom, there will be 4 electrons in the outer most valence shell.
carbon has totally six electrons. Out of these, four electrons are in the valence shell or the outer most shell.
Carbon has four valence electrons, so it will need four more electrons to fill its outer shell.
Carbon, as a non-metal wants to gain electrons to have 8 outer shell electrons. In its outer shell, carbon has 4 electrons. Therefore, a carbon ion picks up 4 electrons to become C-4
Yes. Two of the electrons will go into the carbon's outer s shell (2s) to completely fill it (s orbitals can contain up to two electrons) and the remaining two will go into its outer p shell (2p).
Carbon has four valence electrons, so it will need four more electrons to fill its outer shell.
There are no unpaired electrons in an unexcited neutral mercury atom; its outer shell contains only two s electrons that are paired, as are all the electrons in the filled inner shells of the atom.
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