Yes, but more is needed. According to the octect rule, atoms want to fill their outer most valence shell with the maximum amount of electrons. When this is applied to carbon, carbon wants to have 8 electrons in its outer most valence shell. As a neutral atoms, carbon has 4 electrons in its outer most valence shell. Hydrogen has only one electron, so it only has one elctron to give. This means carbon attacthed to one hydrogen atom has 5 electrons in its outer most valence shell. Carbon will still want to bond to more atoms in order to have 8 electrons in its more outer valence shell.
A single (nonpolar) covalent joins the carbon atom to each of the hydrogen atoms.
A cycloalkene with one double bond and 3 carbon atoms has 6 hydrogen atoms. Each carbon atom forms 1 covalent bond with a hydrogen atom, and there are 3 carbon atoms in the structure.
Each carbon adjacent to a double bond will have one hydrogen atom attached. This is because carbons in a double bond are typically bonded to three other atoms or groups, one of which is the other carbon in the double bond, leaving room for only one hydrogen atom.
Each atom of carbon can form up to four bonds, while each atom of hydrogen can form up to one bond.
Hydrogen typically forms single bonds with carbon because hydrogen only has one electron to share, which pairs with one of carbon's electrons to form a single bond. In contrast, a double bond requires two pairs of electrons to be shared between atoms, which is not possible with hydrogen's single electron.
Atoms of elements have a fixed number of electrons that can bond with other atoms. Carbon has 4 electrons that can bond with other atoms. So 4 hydrogen atoms can bond with one carbon atom.
A carbon-hydrogen bond in ethane is a single covalent bond formed between a carbon atom and a hydrogen atom. It is a sigma bond that results from the overlap of atomic orbitals between carbon and hydrogen atoms. Ethane has a total of 6 carbon-hydrogen bonds.
The second carbon in propene only has one attached hydrogen atom because it already has three other bonds, and carbon generally forms four bonds in total. There are two carbon-carbon sigma bonds, and one carbon-carbon pi bond. Thus, the second carbon can only bond to one hydrogen atom.
A single (nonpolar) covalent joins the carbon atom to each of the hydrogen atoms.
A cycloalkene with one double bond and 3 carbon atoms has 6 hydrogen atoms. Each carbon atom forms 1 covalent bond with a hydrogen atom, and there are 3 carbon atoms in the structure.
Each carbon adjacent to a double bond will have one hydrogen atom attached. This is because carbons in a double bond are typically bonded to three other atoms or groups, one of which is the other carbon in the double bond, leaving room for only one hydrogen atom.
Hydrogen chloride is composed of diatomic molecules, each consisting of a hydrogenatom H and a chlorine atom Cl connected by a covalent single bond.
Each atom of carbon can form up to four bonds, while each atom of hydrogen can form up to one bond.
Hydrogen typically forms single bonds with carbon because hydrogen only has one electron to share, which pairs with one of carbon's electrons to form a single bond. In contrast, a double bond requires two pairs of electrons to be shared between atoms, which is not possible with hydrogen's single electron.
There five atoms in CH4.One carbon and four Hydrogen.
The Lewis dot structure for the formate ion (HCOO-) consists of one carbon atom in the center bonded to two oxygen atoms and one hydrogen atom. The carbon atom has a double bond with one oxygen atom and a single bond with the other oxygen atom. The hydrogen atom is bonded to one of the oxygen atoms.
Its impossible. The carbon and hydrogen are 2 different elements, they are 2 different atoms.If hydrogen atoms connect that's going to become a hydrogen molecule.And carbon is an atom, not a molecule.