It will be observed that some of the ailments that I have used this remedy for are not listed in the Materia Medicas currently in use and this has attracted a lot of criticism for me for having used it in what has been termed a Non Classical manner which according to some protagonists of the classical school can lead to dangerous consequences. I have the pleasure of recording however that I have never had any reports of any dire consequences following the use of this amazing remedy and all the patients whom I have treated have been grateful that I have helped them in a manner that no one had helped them before. I believe that I owe to it my sense of wellness.
This frequently causes problems!
The graph below show typical changes in concentration or amount of moles remaining of a reactant with time, for zero, 1st and 2nd order.
In the zero order graph the gradient is constant as the rate is independent of concentration, so the graph is of a linear descent in concentration of reactant. The idea is that somehow you test for the order with an appropriate linear graph Connect the graphs with the following: Some possible graphical results are shown above.
Of course  to  could simply represent inaccurate data! There is another graphical way of showing the order with respect to a reactant is 1st order, but it requires accurate data showing how the concentration or moles remaining of a reactant changes with time within a single experiment apart from repeats to confirm the pattern.
The rate of radioactive decay is an example of 1st order kinetics.
The graph below shows what happens to a reactant with a half—life of 5 minutes. It is the constancy of the half—life which proves the 1st order kinetics. The mathematics of 1st order rate equations units. So simplified rate data questions and their solution is given below.
So simplified rate data questions and their solutions avoiding graphical analysis are given below. These example calculations below are based on the initial rate of reaction analysis - so we are assuming the variation of concentration with time for each experimental run has been processed in some way e.
The graph on the left illustrates the initial rate method for the formation of product. The gradients A and B would be for two different concentrations of a reactant, the concentration for A would be greater than the concentration of B. The initial rate is taken as the positive tangent - gradient for the curve at the point 0,0.
The same argument applies if you imagine the graph inverted and you were following the depletion of a reactant.
Then you would get two negative gradients one steeper than the other for the greater concentration. Reminder [x] means concentration of x, usually mol dm-3 Example 1.
The table below gives some initial data for the reaction:Arnica the Miracle Remedy — Case Records By: Joe De Livera Sri Lanka September 10 I am copying below a few interesting cases where I have used Arnica with success.
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Post your questions in the comments form below and the plombier-nemours.com staff will try to answer them for you. Conclusion. Even though the experiment went very well, we could have still improved the method, by the time we close the lid (cork) we have loss of hydrogen gas, due to a reflex reaction.
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Arnica the Miracle Remedy — Case Records By: Joe De Livera Sri Lanka September 10 I am copying below a few interesting cases where I have used Arnica with success. Conclusion. Even though the experiment went very well, we could have still improved the method, by the time we close the lid (cork) we have loss of hydrogen gas, due to a reflex reaction.