Answer:
The chemical formula C17H31COOH represents a carboxylic acid. The formula contains 17 carbon atoms, 32 hydrogen atoms, and 18 oxygen atoms, for a total of 52 atoms. The COOH group is also known as the carboxylic group.
1. If the chemical formula of a substance is C17H31COOH, what can you tell about the identity and number of elements in the molecule? 2. Water is the most abundant molecule in the body, but it is not a biomolecule. Neither are carbon dioxide, ethanol, or methane. Review the definition of a biomolecule and the structure of these biomolecules compared to glucose and alanine, and explain why glucose and alanine are important and common molecules are not biomolecules. 3. What specific molecule is always produced by condensation, no matter what group of biomolecules you are work with? 4. What molecules are always needed for hydrolysis to occur?
5 days ago — Hello students, in this question we have been given a chemical formula of a substance C17H31COOH. Now the question asked is what can you tell about the identity and the number of elements in molecule. Since this chemical substance contains COOH group which we can also represent as COOH group which is called as carboxylic group. So this chemical substance is a carboxylic acid and regarding the number of elements in this molecule as we can see there are carbon numbers they are 17, hydrogen they are 32 sorry 32, 31 plus 1, 32 and carbon also 18 because I have to add this one also carbon or 18 hydrogen or 32 while oxygen atoms are so in total there are 52 atoms in this molecule. Another question asked is water is the most abundant molecule in the body but it is not a biomolecule neither are carbon dioxide, ethanol and methane. Review the definition of a biomolecule and the structure of these molecules compared to glucose and alanine and explain why glucose and alanine are important in comm…
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A chemical formula contains information about the elements that make up a molecule. It includes the symbols of the elements and the number of atoms of each element. For example, the molecular formula of carbon dioxide is CO.