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Problem- Explain any differences in regio- and/or stereochemistry of the proposed products. Including a mechanism as part of your answer, with notes clearly indicating any intermediates you believe to be present during these conversions may be helpful. Your proposed product structures must be supported by your mechanism.
It is not a question in the book, so I just need the full solution of deriving
x-178 is a new drug developed by pfizer that strongly inhibits theenzyme that causes migraines by binding to it with
Draw the structural formula of an alkane that has eight carbons and only primary hydrogens.
Calculate the pH of a 3.92×10^-3 M solution of H2SO4. (Ka = 0.0120 for HSO4-) 3-In a 4.66×10^-2 M solution, a monoprotic acid, is 20.4% dissociated. Calculate Ka for this acid
question amount of heat energy required to convert 1 kg of ice at minus 10 degree celius to water at 100 deg cel is
A cell composed of a platinum indicator electrode and a silver-silver chloride reference electrode in a solution containing both Fe2 and Fe3 has a cell voltage of 0.718 V. If the silver-silver chloride electrode is replaced with a saturated calome..
we can see that the amount of heat released is 1679.5 \rm kJ per mole of methane, or 1679.5 \rm kJ per four moles of fluorine. How much heat is released per mole of fluorine
the absorbance of the solution was found to be .5528. Based on the calibration curve of Y=26.1x + .081 (where absorbance is on y axis and concentration of product C is on the x axis) determine the equilibrium concentration of C, then using an ICE ..
in the formation of diacetylferrocene the product is always the one in which each ring is monoacetylated. why is no
What is the mass of a rectangular piece of copper 24.4cm x 11.4cm x 6.6cm? The density of copper is 8.92 g/cm^3.
It phosphoresces at 500 nm. If the ratio of the transition probabilities for stimulated emission for the S* --> S to the T --> S transitions is 1.0 x 10^5, what is the half-life of the phosphorescent state
Compare the stability of a tertiary carbocation, a secondary carbocation, and a primary carbocation, each with the formula C9H19+. Be sure to delete a hydrogen at the positive center and set the total charge to cation when you setup the calculatio..
The reactant concentration in a zero-order reaction was 0.100 M after 130 s and 2.50×10^-2 M after 325s . The rate constant for this reaction is 3.85x10^-4 M/s. What was the initial reactant concentration for the reaction described in Part A
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