Rate equation

Everyday, people make choices that intentionally or unintentionally change the course of their and other people’s lives. These choices are ones that change the way the decision makers are seen, and the way that that person continues through life. Choices like these can be found in short stories especially, usually in order to make a statement or convey a theme efficiently. In a short story written by Tom Godwin examined here, a captain of a starship makes the choice to kill a young girl to avoid…

We, the students of Professor Bart Goddard’s Differential Equations class (M 427J), are writing to you about a recent incident for which he is at risk of losing his position in the university. During the 12:00 PM class on Wednesday, February 22, 2017, Professor Goddard told a cautionary tale about how, in the Holocaust, Nazi engineers used lime to prevent blood from ruining the train tracks of the trains carrying the Jews to the camps, calling on the engineering students in the audience to…

In the short story “The Cold Equations” by Tom Godwin the main point was to never do something that you shouldn't be doing because it can end in a very different way than you intended it to. In the short story “The Cold Equations” by Tom Godwin the main character gets on a spacecraft although she is not supposed to. When she does this she gives herself up and comes out and tells the guy why she came on the ship. The main reason she came on the ship was to see her brother because she hadn't seen…

The cold equation written by Tom Godwin’s is a science fiction story that highlights the story of a girl named Marilyn who wanted to visit her brother Gerry in Woden since she has not seen him in years. She did that by hiding in the stowaway on the ship who has an EDS cruiser named Thomas Barton that is getting to Woden to transfer the medicine serums. Although in 1989 “The cold equation” was transformed into an episode of a twilight zone, which was made to create even more of a suspension story…

Reactions: Chemical reactions involving aqueous species and mineral species are heterogeneous and slower compared to aqueous species reactions, thus modeled as rate dependent chemical reactions. This means that when mineral species (N_m ) are not is equilibrium with the aqueous species, the minerals can either dissolve or precipitate. As shown in equation R11 of an example of calcite dissolution/precipitation, a mineral species (Calcite) is involved in a reaction with only aqueous species…

the example equation below: Atomic Absorption Calibration Data We were asked to prepare a 10 g/L HCl solution from a 200 g/L standard solution, and found the volume by: Thus, we add 5 mL of 200 g/L HCl to get 100 mL of our 10 g/L HCl solution.…

reaction rate of iodine and determine the reaction order for H+ and acetone. In order to do this, we ran 7 reactions with HCl, I2, Water, and Acetone. Every Run had different amounts of one of the components. These reactions allowed us to calculate the reaction rates for each of the 7 trials by dividing the molarity of the I2 by the time the reaction took. Next we had to determine the reaction order which required us to put each reaction rate, except for trial I, over the reaction reaction rate…

\textbf{Trade-wighted measure of exchange rates volatility}: The trade-weighted exchange rates, commonly known as Nominal Effective Exchange Rates (NEER), is the geometric weighted average of a basket of bilateral exchange rates (Klau and Fung 2006). Real EER (REER) is the nominal EER adjusted with the respective relative price index. Here the weights are based on manufacturing trade flows including both bilateral trade and third-market competition by double-weighting. The BIS EER calculation is…

the phenol was purged in ozone in absence of hydrogen peroxide. The removal rate for the alkaline solution (pH11) at after 40 minutes was at its highest at 7.89%. Direct procedure involves organic…

Results: At the start of the experiment, the initial flow rate was established as 20 ml min-1. This means that there is a steady flow of fluid or blood in your body (in this case, water) at a rate of 20ml min-1. In order to find the final concentration of the Eosin (2,5 mg ml-1) in the “blood” after 60 minutes a calibration curve had to be created by making up seven different solutions of eosin (11,25 μg ml-1) and water to compare it against their absorbance that was calculated in a…