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Recommended: Medical career goals
S-PREP is a once in lifetime opportunity that helps to prepare those that want to pursue a career in medicine, science, technology, engineering, or mathematics. One of the greatest benefits of this program is that this all done before going to college. What caught my interest about this program is that this is the first program that was mentioned to me that had courses in neuroscience. During my Junior year at Hayes, I gained the opportunity to attend a science symposium at Iona College. It was thanks to my current AP Chemistry teacher, Brother Robert Chiulli, that I learned from the symposium that there are various fields in science. Neuroscience and nanotechnology caught my interest, considering that they sparked my long forgotten curiosity.
Growing up I always wondered how technology, such as a flashlight, worked and why it only worked the way it was designed. This curiosity slowly went away and was replaced with other ideas such as art, but was slowly reanimated by going to the symposium. For me, having that sense of curiosity return, over fills me with joy since now I have a purpose to continue my studies. Hopefully before my Senior Year ends, I get accepted into a college with a decent neuroscience department, if not I’m going to look at colleges with decent mechanical engineering courses. My short term goal is get into a small community college if I don’t get accepted into a four year college. While for the long term I’m aiming to get a Doctorate in either mechanical engineering or neuroscience. By attending this program, I hope that I’m able to firmly decide between either studying neuroscience or mechanical engineering. If I get accepted into this program, I will not only aim to do my best but also contribute to the program by being an extremely competitive student. Going into high school my grades weren’t that good, in fact my grades were almost below average in English, Math, and Science. But I learned over time that anyone can have good grades by being academically competitive, it's a driving force to better enlighten oneself with education.
In the passage “The chem 20 factor” by Ellen Goodman explains the long process and hardships of what it takes to become a doctor, she explains how it all starts with Chem 20 and how all the Pre-med students say “Every class is a combat mission” this just goes to show that Ellen Goodman can connect with the readers because she has her own experiences with the same struggles which can really grab the attention of the reader to connect and feel the same way she does.
I would like to participate in the SEAP program because I am passionate about engineering. I am completely absorbed with learning everything and anything related to STEM studies. My love of engineering and science intensified during my high school years due to my favorite classes like AP Chemistry and Principles of Engineering. Chemistry is undoubtedly the most challenging class my school has to offer. Nevertheless, every topic peaks my interest.
On December 19th 2007, a small chemical manufacturer T2 Laboratories suffered a catastrophic failure and release while in production of a compound that is produced to increase octane in gasoline and is a common additive in fuel production Methyleclopentadienyl manganese tricarbonyl or MCMT. The failure occurred during production and resulted in the death of 4 and injuries to 32 people, 28 of which were members of the community. (CSB, 2009)
...things I like the most about my degree program is that it is not all about academic studies even though it is heavily science-oriented. In that regard, my classes do emphasize atomic physics and chemistry, but they also offer substantial opportunity for practical experience. In the words of Professor Hejny, "It's not just classes; clinicals, homework, and practical experience make this a full-time program."
It offers me something my school cannot: advanced laboratories and world renowned researchers to mentor me. The program, with its many professionals and experts, can further deepen my interest in the biomedical field, and give me a greater understanding of what my future can be like. It is essential that I grasp an idea of the work of a biomedical engineer, and with the intense working environment and prestige of the program, SIMR will definitely be able to aid me in that aspect.
Chemistry is important and surrounds us in our everyday lives. People use chemistry quite often without even realizing it. An important term in chemistry is to know what term matter means. Matter is something that occupies space. People are involved with chemistry as soon as they are born and also experience it every morning when they wake up. As people, we experience chemistry when we walk, eat, sleep, breathe, drink, and many other things that we do in our everyday life.
Aspirin: has a polarity of its bonds (Carboxylic acid and ester) and polarity of it is partially same as paracetamol. It seems like its partition happens more in lipid because of the presence many non-polar hydrocarbons than polar (just carboxylic acid). It’s susceptible for ionization to water to form (carboxylate inion).
According to Bowler’s Making Modern Science, A Historical Survey, the theory of phlogiston was first stated by Johann Joachim Becher in 1667. In 1703, Georg Ernst Stahl, a professor of medicine and chemistry at Halle, proposed a variant of the theory in which he renamed Becher’s terra pinguis to phlogiston theory and it was in this form that the theory had it influence.
Over the last decades, supramolecular chemistry has been a vigorous, fast-growing and fascinating area of current research in chemistry, physics, materials science and biological processes.refs It is a highly interdisciplinary field with wide-ranging collaborations between chemists, biologists, environmental scientists, engineers, physicists, theoreticians, mathematicians and other researchers. Furthermore, there is an essential aim for supramolecular chemists to try to mimic the role of Nature’s recognition and self-assembly behaviour through the design of synthetic systems, which can lead to the development of new functional molecules and bio-reagents for a specific application. Since the 1987 Nobel Prize in Chemistry,refs which was awarded to Donald Cram, Jean-Marie Lehn and Charles Pedersen for “their development and use of molecules with structure-specific interactions of high selectivity”, there has been much intense research in the area of supamolecular materials by self-assembly and the
“An amateur practices until he gets it right; a professional practices until he can’t get it wrong.” by Kenneth van Barthold is a quote that I have come to appreciate in my life. I am not a perfect individual but I know with practice comes efficiency, accuracy and confidence. I learnt this lesson the hard way when I found myself struggling in my pharmacology class. Pharmacology required hours of studying, repetition, re-edition, along with mnemonics and jingles for memorizing drug classes and individual properties. Despite struggling, I began to love pharmacology because it explained how the human body works through physiology, and various ways pharmacology helped to reverse damaging effects of drugs. Learning how drugs interacted in different ways to provide effective
During laboratory technique 1 we learned how to separate insoluble liquids from solids by means of filtration, and how to separate a dissolved solid from a liquid by means of evaporation. I have often asked myself the importance of some of the required classes in my schedule and how they can relate to everyday life. I believe in the saying that if you don’t use it you will lose it, meaning that if the concepts I learn cannot be applied to something that I will remember on a daily basis then the possibilities of me not remembering them at all are greater. This is especially true if you’re not a science or medical major as I am not.
There are many different types of sciences. Every type is important. Some sciences were actually created by other sciences. Chemistry is one of the main sciences that actually was the building block for other sciences like Biology. Chemistry does not only happen at school. Chemistry is all around us it's in our everyday life. Chemists are life savers;they create vaccines and medicines for people who need them. Chemists also work with different type of scientists to create different technology that could change the world forever. Chemistry is my favorite science because it helps people and also it is what created our world.
What if I told you that someone could save the over a million lives with one little pill? Well, a chemical engineer can do this. Most people say manufacturing and engineering is a dying field, but I say just the opposite. This a field on the verge of a monumental breakthrough. The opportunities are endless, whether it be a cure for cancer to an easily biodegradable plastic. The chemical engineer is a necessity to today’s society, saving lives and improving human life one discovery at a time. From the education one needs all the way to the retirement benefits, this is the life of the chemical engineer.
Chlorine 1s2 2s2 2p6 3s2 3p5 or [Ne] 3s2 3p5 . Bromine 1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p5 [Ar] 4s2 3d10 4p5 & Iodine 1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 5s2 4d10 5p5 or [Kr] 5s2 4d10 5p5
Organic chemistry is the best and most interesting branch of chemistry. There are five branches of chemistry: analytical, biochemistry, physical, inorganic, and organic chemistry. However organic chemistry is the largest branch, most intriguing, and has a large impact on everyone around the world. It is the study of carbon compounds and deals with the structure, reactions, and properties of organic compounds and materials. It plays a huge role in manufacturing many products that people use everyday. “Organic chemistry explores how to change and connect compounds based on carbon atoms in order to synthesize new substances with new properties” (Chemistry). There are millions of organic compounds, much more than inorganic, and new compounds