JonnyG said:I know that in acetone the central carbon atom is ##sp^2## hybridized. It is bonded to the single oxygen atom with a ##\sigma##-bond and a ##\pi##-bond. But what is the bond type with the two C-C bonds? The lower carbon atoms are ##sp^3## hybridized and so their geometry is tetrahedral. Are the two "lower" carbon atoms oriented such that the C-C bond is a ##\sigma##-bond? If so, can we generalize this and say that all single bonds are ##\sigma##-bonds?
Where did you read that?olle isaxon said:A sigma bond is defined as a single bond lol.
A C-C bond in acetone refers to the chemical bond between two carbon atoms in the molecule acetone. It is a sigma bond, which is formed by the overlapping of atomic orbitals on the carbon atoms.
A C-C bond in acetone is formed through a covalent bond, where the two carbon atoms share electrons to complete their outer electron shells. This bond is a result of the strong overlap of the atomic orbitals on the carbon atoms.
A sigma bond in acetone is important because it provides stability to the molecule. It is also the strongest type of covalent bond, making it difficult to break and contributing to the overall strength of the molecule.
Yes, a C-C bond in acetone can be broken through chemical reactions. This can be achieved by introducing a stronger bond or changing the conditions of the molecule, such as increasing the temperature or adding a catalyst.
The C-C bond type in acetone plays a crucial role in its properties. It contributes to the high boiling point and low vapor pressure of acetone, making it a widely used solvent. It also affects its reactivity and chemical behavior, as well as its ability to form other types of bonds.