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Is it possible for different covalent compounds to have the same empirical formula?
Wiki User
∙ 12y ago
Yes. They would just have different molecular formulas
Wiki User
∙ 12y ago
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It is possible for different covalent compounds to have the same empirical formula because empirical formulas represent?
Empirical formulas represent the simplest component of a molecule.
Is it possible for different covalent compounds to have the same empirical formula's why or why not?
Different covalent compounds can have not only the same empirical formula but also the same molecular formula. For example, C2H6O can be either dimethyl ether or ethanol. This can occur because of differences in bonding patterns. In dimethyl ether, the oxygen atom is bonded directly to both carbon atoms, but in ethanol the oxygen atom is bonded to oxygen and hydrogen instead.
Why is it possible for different covalent compounds to have the same empirical formula?
Isomerism. The structures of the molecules are different even when the numbers of atoms are the same. Organic molecules are the most common examples of this. Compare n-butane and iso-butane same formula different structures. See link
What are the uses for covalent compounds?
There are NO specific uses possible only by being 'covalent'. A compound actually can NOT be named 'COVALENT'. Only a special type of bonding is called 'covalent'.
What type of bonds are in organic compounds?
Organic molecules all contain covalent bonds. It is possible, though not common, to have an ionic bond as well as covalent bonds in a molecule.
It is possible for different covalent compounds to have the same empirical formula because empirical formulas represent?
Empirical formulas represent the simplest component of a molecule.
Is it possible for different covalent compounds to have the same empirical formula's why or why not?
Different covalent compounds can have not only the same empirical formula but also the same molecular formula. For example, C2H6O can be either dimethyl ether or ethanol. This can occur because of differences in bonding patterns. In dimethyl ether, the oxygen atom is bonded directly to both carbon atoms, but in ethanol the oxygen atom is bonded to oxygen and hydrogen instead.
Why is it possible for different covalent compounds to have the same empirical formula?
Isomerism. The structures of the molecules are different even when the numbers of atoms are the same. Organic molecules are the most common examples of this. Compare n-butane and iso-butane same formula different structures. See link
What are the uses for covalent compounds?
There are NO specific uses possible only by being 'covalent'. A compound actually can NOT be named 'COVALENT'. Only a special type of bonding is called 'covalent'.
What type of bonds are in organic compounds?
Organic molecules all contain covalent bonds. It is possible, though not common, to have an ionic bond as well as covalent bonds in a molecule.
Why some compounds have molecular and empirical formula?
The concept of empirical formulas apply to ionic compounds. You write the action first, the anion second, and use the minimal amount of atoms possible to make a neutral compound. A molecular formula would be the formula without necessarily the minimum amount of atoms.
Is it possible for metals and non metals to form non covalent bonds?
No. The difference in electronegativity is too great.
What is a covalent compound's usual state of matter?
At room temperature and pressure there are gaseous, liquid and solid molecular covalent compounds. Examples Gas: methane, CH4, ethylene, C2H4 Liquid benzene, C6H6, ethanol, C2H5OH Solid: naphthalene, C10H8 The giant molecule covalent compounds such as silica are solids
What is the empirical formula for Hg2F2?
Molecular formula is Hg2F2 . The empirical formula is HgF . For empirical formulas you reduce the numbers as far as possible.
Why are covalent compounds usually gases or liquids at room temperature?
Covalent bonds themselves are not liquids or any other phase. The phase distinction between solids, liquids, and gases is a property of substances, not bonds. Compounds with covalent bonds are more likely to be liquid than ionic compounds because the inter-molecular forces are usually weaker in compounds with covalent bonds.
What can be separated by a chemical change?
Intramolecular bonds (such as ionic or covalent bonds) can be broken down by a chemical change.
Is it possible to have a 100 percent covalent bond?
Is covalent bond 100% covalent yes or no
