This is my ChemE Engineering Essay for Yale. I would greatly appreciate it if someone were to read over it for content and grammar. Thanks!
PROMPT: If you selected one of the engineering majors, please write a brief essay telling us what has led you to an interest in this field of study, what experiences (if any) you have had in engineering, and what it is about Yale's engineering program that appeals to you.
I was in the chemistry lab, studying the effect of change in concentration of potassium iodate on the rate of reaction of the Briggs-Rauscher oscillating reaction for a research paper. As I watched the beaker full of clear solution slowly turn yellow, then blue, then yellow and so on, I asked my chemistry teacher, "Why am I investigating this reaction?"
For science!
Why go to the moon? We don't know what the results of our work may be when we study these seemingly obscure things. This oscillating reaction offers us an opportunity to better our understanding in the kinetics and mechanisms behind a reaction, since it demonstrates that chemical reactions don't always undergo equilibrium thermodynamic behavior. From a pure science point of view, this is very interesting. However, it has no practical application yet. But who knows?
After all, had we not decided to go to the moon, there wouldn't have been any cellphones or GPS. These things exist today thanks to pure science explorations. Who knows what real world applications the oscillating reaction might have in the future?
PROMPT: If you selected one of the engineering majors, please write a brief essay telling us what has led you to an interest in this field of study, what experiences (if any) you have had in engineering, and what it is about Yale's engineering program that appeals to you.
I was in the chemistry lab, studying the effect of change in concentration of potassium iodate on the rate of reaction of the Briggs-Rauscher oscillating reaction for a research paper. As I watched the beaker full of clear solution slowly turn yellow, then blue, then yellow and so on, I asked my chemistry teacher, "Why am I investigating this reaction?"
For science!
Why go to the moon? We don't know what the results of our work may be when we study these seemingly obscure things. This oscillating reaction offers us an opportunity to better our understanding in the kinetics and mechanisms behind a reaction, since it demonstrates that chemical reactions don't always undergo equilibrium thermodynamic behavior. From a pure science point of view, this is very interesting. However, it has no practical application yet. But who knows?
After all, had we not decided to go to the moon, there wouldn't have been any cellphones or GPS. These things exist today thanks to pure science explorations. Who knows what real world applications the oscillating reaction might have in the future?