”Formålet med denne opgave er at be

”Formålet med denne opgave er at beskrive reaktionskinetik både kemisk såvel som matematisk. I opgaven finder løsninger af kemiske differentialligninger for reaktioner af 0., 1. og 2.orden, og underbygger 0. og 1. orden ved at løse tilsvarende differentialligninger matematisk. Jeg beskriver hvordan man kan finde reaktionshastigheden og reaktionsorden. Det gør jeg både med eksperimenter hvor de to stoffer forekommer i lige store koncentrationer og laver et forsøg, hvor den ene reaktant (esteren) stort set ikke ændrer koncentration under forløbet og derved bestemt reaktionsordenen mht. [OH - ].
Resultaterne fra den praktiske del er meget fin og jeg konkludere at der ikke har været nogle væsentlige fejlkilder der har påvirket forsøget.”

Resultater (Engelsk) 1:

"The purpose of this task is to describe reaction kinetics both chemically as well as mathematical. In the task, solutions of differential equations for chemical reactions of 0., 1. and 2., and 0. and 1. order by solving the corresponding differential equations mathematically. I describe how to find the reaction rate and reaction order. I do both with experiments where the two substances present in concentrations equal and make an effort, in which one reactant (ester) virtually does not change during the cycle and thus specific concentration response of mht. [OH-].
Results from the practical part is very subtle and I conclude that there has been some significant error sources that have influenced the trial. "

Resultater (Engelsk) 2:

"The purpose of this task is to describe the reaction kinetics both chemically as well as mathematically. The task to find solutions of chemical differential equations for the reactions of 0, 1 and 2nd-order, and supports 0 and 1 order by solving the corresponding differential equations mathematically. I describe how to find the reaction rate and reaction order. I do this both in experiments where the two substances are present in equal concentrations and doing an experiment in which one reactant (ester) hardly changes of concentration during the process and thereby particular reaction order with respect to [OH -].
Results from the practical part is very fine and I conclude that there has been some significant sources of errors that have affected the trial. "

Resultater (Engelsk) 3:

"The purpose of this task is to describe reaktionskinetik both dry and mathematical. In the task will find solutions of differential equations for chemical reactions of 0., 1. and 2.order, and underpins 0. and 1. To solve corresponding differential equations mathematical. I describes how to find response rate and reaktionsorden.I do both with experiments where the two substances are not present in equal concentrations and make an attempt, where the one reactant (esteren) virtually does not change concentration during the flow and thereby intended reaktionsordenen for (OH - ).
The results from the practical part is very nice and I would like to conclude that there has not been a number of significant sources of errors that have affected the experiment. "