yes, methane is CH4
No, the bond between carbon and hydrogen in methane (CH₄) is a covalent bond, not a hydrogen bond. A hydrogen bond is a type of intermolecular force that occurs between a hydrogen atom bonded to a highly electronegative atom (like oxygen or nitrogen) and a neighboring electronegative atom.
Methane is saturated. It consists of 1 carbon and 4 hydrogen atoms. An unsaturated bond can not be attached to a hydrogen atom. It requires 2 carbon atoms to have an unsaturated bond.
No methane does not contain a triple bond. Methane is a covalent compound: in one molecule of methane, there are four hydrogen atoms covalently bonded to one hydrogen atom each by a single covalent bond (i.e., one single bond between each hydrogen atom and the carbon atom).
In a methane molecule, the distance between the hydrogen atoms is approximately 1.09 angstroms. This distance is determined by the molecular structure and the bond length between the hydrogen and carbon atoms in methane.
Percentage of hydrogen in methane is 25%. Percentage of hydrogen = mass of hydrogen/mass of methane x 100 mass of hydrogen = 1 x 4= 4 and mass of carbon = 12. Since methane has 4 hydrogen atoms and one carbon atom therefore mass of methane = 16 Percentage of hydrogen = 4/16 x 100 =25
The bond length of CH4 (methane) refers to the distance between the carbon atom and each of the four hydrogen atoms it is bonded to. The C-H bond length in methane is approximately 1.09 angstroms (Å) or 109 picometers (pm). This bond length is a result of the tetrahedral molecular geometry and the nature of the carbon-hydrogen bond.
I have never heard of methanic gas. If you mean methane, it is covalent, sp3 hybridised from each bond of the carbon bonding with the 1s orbital of each hydrogen
all carbon atoms have 4 valence electrons. 4 hydrogen atoms can bond to a single carbon. That would be methane.
Methane is a molecule with covalent bonds. Then again, there are different types of bonds. To be specific, Methane is a tetrahedral molecule with covalent long single bonds.
I assume you mean intermolecular hydrogen bonding. No, because carbon is insufficiently electronegative. In contrast, carbon tetrachloride exhibits some hydrogen bonding because of the electronegativity of the chlorine atoms.
A covalent bond because carbon and hydrogen are sharing electrons
in chemistry, it would signify some kind of hydrogen/carbon bond eg: Methane - CH4