Suggest a synthesis for benzophenone, PhCoPh?
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Benzene + benzoyl chloride + AlCl3 is one\n\nYou can also do \n\n2 calcium benzoate + LOADS OF HEAT --> benzophenone + CaO + CO2
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go here\n\nxpthemes.com
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G.W. Jr. Shipps, U.P. Spitz, J. Jr. Rebek, Solution-Phase Generation of Tetraurea Libraries, Bioorganic & Medicinal Chemistry \nfound at the site... \nhttp://www1.elsevier.com/cdweb/journals/09680896/viewer.htt?viewtype=keywords&rangeselected=32\n\nlooks like fun stuff :) don't inhale
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A 1,2-diol would form.\n\nEthene would form ethan-1,2-diol, (CH2OH)2.
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2H3PO4 + 3Ba(OH)2 ---> 6H2O + Ba (PO4)2 +  2Ba
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Yes. Check out this website for more information.  \n\nhttp://chemed.chem.purdue.edu/genchem/\n\nHope that helps.
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It is not an redox or acid-base reaction. so you can't employ oxidation number method or ion-electron method. So the options you have left are the inspection method & algebraic method. Among them, I think this equation is way too simple to employ algebraic method.Why don't you employ the simple inspection method.\n\nC2H5OH-----------> Oh! BY THE WAY! WHAT IS HCO2. THERE IS NO SUCH COMPOUND AS THIS.\n\nHowever the possible products are:-\nC2H5OH----------------->CH3CHO + H2(Cu,300deg C)\nC2H5OH----------------->H2CCH2 + H2O(H2SO4,170 deg. C)\nC2H5OH----------------->C2H5OC2H5(H2SO4,140 deg. C)\nC2H5OH----------------->H2CCH2 + H2O(Al2O3,300 deg. C)\nC2H5OH----------------->H2CCH2 + H2O(H3PO4,250 deg. C)
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I think you mean para-bromophenol. Phenol is an mono-hydroxy alcohol derived from a benzene ring, and ortho and para refer to the location of the alcohol group on the benzene ring. It may be that the directing group is forcing the structure into a specific shape that would only allow one form to develop at that temperature.
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http://www.shodor.org/unchem/basic/stoic/index.html\nhttp://chemed.chem.purdue.edu/genchem/topicreview/bp/ch3/massmolframe.html\nhttp://www.physics.ohio-state.edu/~dvandom/Edu/Stoichiometry.GIF
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ChemDraw from CambridgeSoft Corporation may be help you. Look at www.cambridgesoft.com
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Try Lancaster Synthesis.
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Probably not on the web.  Do a web search on the final product, read the hits, and see if the journals mentioned are on line or contact the authors (be very polite!!! if you want feedback).  If not you will need the library.  The book series Inorganic Syntheses should have it.
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understanding the reaction meachanism \neffect of catalysts etc....\ndetermining the amounts needed
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http://www.edu.pe.ca/montaguehigh/grass/chem/notes/ptable.html\nhit print screen.
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You can produce benzyl alcohol from benzaldehyde by the crossed Cannizzaro reaction (see link below), but there is a theoretic maximum yield of 50% only.
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Here is their products page.\n\nhttp://www.cpchem.com/enu/products.asp
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The problem with trying to get this to happen is that you need the 4-hydroxy to enolise.  This would allow both your imine synthesis and S-alkylation.  Without this neither is going to happen.\n\nPyrones have some alkenic and some aromatic characteristics na dyou need the alkenic characterisitics to dominate.  Unfortunately the C3-C4 double bond is shorter than standard C=C double bonds and is closer to the length of a C-C bond fond in benzene, suggesting it is more aromatic in nature and therefore less likely to enolise.\n\nMy opinion is that this cyclisation won't be very effective.  As I say this is only my opinion and performing the actual experiment may prove me wrong.