Final answer:
When three monomers of C2H6O undergo dehydration synthesis to form a polymer, the resulting molecule, after releasing two water molecules, would have the formula C6H10O1.
Step-by-step explanation:
The formula of the monomer given is C2H6O. When three such monomers combine to form a polymer, the process they undergo is known as dehydration synthesis. During this reaction, a molecule of water (H2O) is released for each bond formed between monomers. As a polymer is formed, the bond lines indicate that the structure extends, incorporating all the atoms from each monomer except for the atoms that form the water molecules lost during the reaction.
For three monomers, two water molecules would be released, resulting in the loss of 2 hydrogen (H) atoms and one oxygen (O) atom overall. The empirical formula for the polymer formed from three monomers of C2H6O once two H2O molecules are removed would therefore be C6H14O - (3O + 4H) = C6H10O1.
Remember, in polymer science, the convention for denoting the repeat units in a polymer is by placing the monomer unit in parentheses followed by a subscript 'n', representing the number of repeated units in the chain. However, in your specific question where we are considering only three monomers, we calculate the exact formula of the resulting molecule.