Autocatalysis ?? Exponential or sigmoid or linear ? See below :)?
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Try to fit your data with Excel’s exponential fitting curves,\nIt will give you Coefficients which make the exponential looks like a line.\n\nOr try the experiment more rapidly.
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Check the Michaelis-Menten equation.It's too long to write it all down for you ;)
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What class was this in? What grade level? What text were you using?  I may be able to help you if I know the context in which the question was raised. I have a feeling that I am not getting all the information you had. Please tell me and maybe I can help. I am an old chemist and microbiologist.
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You might just use the formula: \nEntropy of the reaction  = \n(sum of the entropy of products) - (sum of the entropy of reactants)\nIt's as simple as that :)\nThanks.
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Which function, Subsitution, Linear COmbination, Graph?
573927
single replacement, double replacement, decomposition, synthesis
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emm...is this your homework??well..it seems that the question is not from you (individually). Hmm..for more understanding, check out this website:\n\nhttp://faculty.clintoncc.suny.edu/faculty/Michael.Gregory/files/Bio%20101/Bio%20101%20Lectures/Biochemistry/biochemi.htm\n\nI hope it solves your dillema, good luck :)
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It's a polynomial. You've added no NaOH so far, so it's:\n\nDraw an ICE chart, where ICE is initial, change, equilibrium. Let x be the amount of BA\n\nBAH  <---> H+ + BA-\nI 1.0 M    0     0\nC  -x      +X    +X \nE 1.0-X    X      X\n\nI don't expect the formating to surivive, so the equation becomes, based on the law of mass action:\n\nX^2/1-x = 6.3*10^-5\n\nThere are two ways to proceed at this point. We can assume that the amount of benzoic acid that has diassociated is much larger than the amount that has not. If we assume this, we disregard the -x and figure out:\n\nx^2 = 6.3*10^-5  so x = 0.007937.\n\n-LOG (0.007937) = 2.1\n\nSay we don't make that assumption, then we have to solve the equation: \n\n\nX^2/1-x = 6.3*10^-5
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http://en.wikipedia.org/wiki/Glycolysis\n\nJust scroll down and look at reaction number 8 for the mechanism.
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a) 2C2H6 + 7O2  --> 4CO2 + 6H2O\n\nb) C6H12 + 9O2  --> 6CO2 + 6H2O\n\nc) C5H12 + 8O2  --> 5CO2 + 6H2O\n\nYou must apply Markovnikov rule for the next addition reactions:\n\na) CH2=CHCH2CH3 + HCl  --> CH3CH(Cl)CH2CH3\n\nb) CH2=C(CH3)CH3 + HBr  --> CH3-CBr(CH3)CH3
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http://www.chemguide.co.uk/physical/catalysis/hydrolyse.html   \n                                                                                                    this will help ya
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Please expand on which type of "equivalents" you mean as in substitutes or normality equivalents.  For suppliers, go here:\n\nhttp://www.chemcyc.com/ME2/Default.asp
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Gee, I know you're a student but you are dull and lazy.\n\nHaven't you heard of google??  \n\nStep 1 - I went to www.google.com\nStep 2 - I used the following search  "electroclorination +equation"\n\nhttp://www.google.com/search?hl=en&lr=&q=electrochlorination+%2Bequation\n\nStep 3 - I followed the first link (listed below) on the google.com search results.\n\nAnd you've waited how many days for this answer?  It took me less than one minute to find.
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reactant(s)\nSynthetic
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http://en.wikipedia.org/wiki/Enzyme\n\nyour answer is in industrial applications
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Look here:  http://www.analytictech.com/mb021/organic_vs_mechanistic_structure.htm
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Try emailing me the file with a little more information.  I have been doing auto-filtering and formulas for many years and should be able to get you the answer you are looking for.