For the anion in the covalent compound CH3, the Greek prefix used to represent it is "meth-." So, the anion in CH3 would be called "methide."
The Greek prefix used to represent the anion in the covalent compound CO2 is "di-" because there are two oxygen atoms in the compound.
The Greek prefix for 3 is "tri-". So, in the covalent compound C3H8, the cation represented by the Greek prefix is tri- (as in tricarbon).
The Greek prefix used to represent the anion in the covalent compound CO3 is "tri-" which signifies three oxygen atoms in the anion. This compound is called carbonate.
The Greek prefix used to represent the anion in the covalent compound CO2 is "di-" because there are two oxygen atoms in the molecule.
The Greek prefix used to represent the cation in the covalent compound C2H6 is "di-" because there are two carbon atoms in the compound.
The Greek prefix used to represent the anion in the covalent compound CO2 is "di-" because there are two oxygen atoms in the compound.
The Greek prefix for 3 is "tri-". So, in the covalent compound C3H8, the cation represented by the Greek prefix is tri- (as in tricarbon).
The Greek prefix used to represent the anion in the covalent compound CO3 is "tri-" which signifies three oxygen atoms in the anion. This compound is called carbonate.
The Greek prefix used to represent the anion in the covalent compound CO2 is "di-" because there are two oxygen atoms in the molecule.
The Greek prefix used to represent the cation in the covalent compound C2H6 is "di-" because there are two carbon atoms in the compound.
The Greek prefix used to represent the cation in the covalent compound C2H6 is "di-". This indicates that there are two carbon atoms present in the compound.
The Greek prefix used to represent the cation in the covalent compound C3H8 is "tri-." This indicates that there are three carbon atoms present in the cation.
This question does not make sense. However, C3H6 is the Alkene , 'propene'. The prefix use to indicate the number of carbons is 'prop'
tri
The Greek prefix for C2H6 is "eth-," derived from the Greek word for two (eth).
The name for XeF6 is xenon hexafluoride. The Greek prefix hexa- means six. Since Xe has no subscript, it is understood to be one, and the prefix mono- is not used for the first element in a binary covalent compound.
The Greek prefix used to represent the anion is "an-", meaning "not" or "without." Anions are negatively charged ions that typically gain electrons during chemical reactions.