Chemistry : what does the structure of "para-hydroxy-N-phenylacetamide" look like?
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Acetamide is the amide formed from acetic acid.\nN-phenylacetamide has a benzene ring (phenyl group) on the nitrogen.\nPara-hydroxy-N-phenylacetamide has an OH group on the opposite side of the phenyl ring.\nAnother name for this compound is 4-hydroxyacetanilide.\nA common name is Acetaminophen.  A brand name is Tylenol.\nSee structure at site below:
172774
your formula refers to several different structures which of course would give different NMR spectra. It could be 2-bromo-X-methylpyridine where X is the 3,4,5 or 6 position or Bromoaniline, with the various positional isomers. If you don't know the name go to the sigma website and find the structure/name (it may even have the NMR).
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I don't know that question.\n\nI can tell you that it's an octahedral complex. The two isomers would be CIS (Both chlorides adjacent to each other) and TRANS (both chlorines opposite each other)
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It is a tetrahydrate of Iron III salicylate.  The structure can be found in the paper listed below:
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3Ca(OH)2+2H3PO4>Ca3(PO4)2+6H2O
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It's an organic acid having a\n\nO=C-OH group; the H of the -OH group is the proton source, \n\nthus: -O(-) H(+).\n\np.s. In aqueous solution. The fourth carbon bond is not drawn.
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It is an electrophilic aromatic substitution reaction.  Because the -COO- acts as an electron withdrawing group to one phenyl group and a moderate electron donating group to the other pheny group the nitration will occur on the pheny group where the COO- is acting as an electron donating group.  The major product of the nitration will have the -NO2 in the para position because the ortho position is partially blocked by the large COPh group.\n\nI hope this helps!
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http://www.altavista.com/web/results?itag=ody&q=structural+formula+of+Dicycloverine+Hydrochloride&kgs=1&kls=0
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It looks like an alcohol.  An alcohol has the structure R-O-H, where R is any alkyl (carbon and hydrogen) group.
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The molecular formula is C6H5NO5P\n\nStructure (if in case you want it too) is as follows:\n\nDraw a benzene ring (phenyl group) minus 1 hydrogen (C6H5). To the Carbon without the hydrogen, attach a Hydroxyl group (-OH). \n\nOn the other Carbon positions, whether it is the ortho positions, meta positions, or para position, erase the hydrogen and attach a nitrate group (-NO2). \n\nOn the Oxygen with the double bond to Nitrogen on the Nitrate group, erase one of the bonds and attach this bond to the phosphate group (-PO3).\n\n4-nitrophenol phosphate is used in a substrate for a timed test for alkaline phosphatase turning colors for 4-nitrophenol
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B(OH)3\n\nThe following link has a neat picture of what the molecule could look like.
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def C6H14. i'm positive. hope this helps!!!
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Carboxylic acid would be -C(=O)OH (carbon double bond to oxygen and a single bond to an alcohol group.\n\nAldehyde would be -C(=O)H (carbon double bond to oxygen and a single bond to a hydrogen.  That's what we have here.\n\nA ketone is if you take the aldehyde and have anything but the hydrogen attached to that carbon.\n\nAlcohol is like the carboxylic acid, but without the double bond to oxygen (-C-OH, with three other groups attached to carbon)
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Well, I can't completely answer this question.\n\nBut I would assume that the structure of anything would appear like the 'anything'.\n\nSo the chemical structure of C7H17 appears as C7H17.\n\nI do not know about the extra hydrogen.\n\nSorry if it's not useful, but it's all I got.
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this is a site to look out for the retinyl stearate molecular structure
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Two types of molecular hydrogen (ortho and para) are known. These differ in the magnetic interactions of the protons due to the spinning motions of the protons. \n\nIn ortho-hydrogen, the spins of both protons are aligned in the same direction—that is, they are parallel. In para-hydrogen, the spins are aligned in opposite directions and are therefore antiparallel. \n\nThe relationship of spin alignments determines the magnetic properties of the atoms. Normally, transformations of one type into the other (i.e., conversions between ortho and para molecules) do not occur and ortho-hydrogen and para-hydrogen can be regarded as two distinct modifications of hydrogen. The two forms may, however, interconvert under certain conditions. \n\npara and ortho positions are positions on benzene ring, but not really relevant to para and ortho hydrogens ^^
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Protein binding – if highly protein bound eg pheny – displaced, incr free drug\n\nHope this is what you're looking for.\n\n\nPhenyl &#92;Phe"nyl&#92;, n. [Gr. ? to bring to light + -yl: cf. F. ph['e]nyle. So called because it is a by-product of illuminating gas.]\n\n(Chem.) A hydrocarbon radical (C6H5) regarded as the essential residue of benzene, and the basis of an immense number of aromatic derivatives.\n\nPhenyl hydrate (Chem.), phenol or carbolic acid.\n\nPhenyl hydrazine (Chem.), a nitrogenous base (C6H5.N2H3) produced artificially as a colorless oil which unites with acids, ketones, etc., to form well-crystallized compounds.