There is no simple answer. It depends what the other atoms are, and even then bonds can be single, double, or triple.eashwarbai said:How are the atoms of carbon arranged when it combines with other atoms in organic compounds?
The theory of orbital hybridization can be used to get an approximate value for the angles. In an actual molecule, the exact angles will depend on other factors. Actual values can be deduced from experimental spectra or better approximated using computational chemistry.eashwarbai said:is there any particular formula for the angles being exhibited by covalent bonds of the compound?
The arrangement of carbon atoms in organic compounds can vary, but most commonly they are arranged in a straight chain, branched chain, or ring structure. This arrangement is known as the carbon skeleton of the compound.
A covalent bond angle is the angle between two covalent bonds that are connected to the same atom. It is determined by the repulsion between the electrons in the bonds.
The covalent bond angles in organic compounds can affect their physical and chemical properties. For example, molecules with smaller bond angles tend to have more compact structures, while molecules with larger bond angles may have more flexibility and reactivity.
The main factors that influence covalent bond angles in organic compounds are the number of electron groups around the central atom, the size of the atoms involved, and the presence of lone pairs of electrons. These factors can affect the repulsion between the electron groups and determine the bond angle.
Covalent bond angles in organic compounds can be explored through various methods, such as using molecular models, analyzing spectroscopic data, or performing quantum mechanical calculations. These techniques can help us understand the molecular structure and properties of organic compounds.