Lipinski's rule of five is a way to determine whether a chemical compound could potentially be an orally active drug in humans. This rule uses four criteria: first, the compound should not have more than 10 hydrogen bond acceptors, which are nitrogen or oxygen atoms that can bond with a hydrogen ion. Second, it should not have more than five hydrogen bond donors, which are nitrogen-hydrogen or oxygen-hydrogen bonds. Third, the compound should have a molecular mass of 500 daltons or less, which is a measure of its size. Finally, the compound should have a log P (octanol-water partition coefficient) of no more than 5, which indicates how easily it can cross cell membranes. By analyzing these four criteria, researchers can assess the drug-likeness of a given compound and determine whether it has the potential to be an effective and safe oral drug.How many of Lipinski's five rules does this molecule break?