Organic Chemistry Essay

Chemistry Term 4 Intro:- Organic chemistry is the chemistry of the compounds of carbon. Today, although many compounds of carbon are still most conveniently isolated from plant and animal sources, most of them are synthesized. They are sometimes synthesized from inorganic substances like carbonates and cyanides, but more often from other organic compounds. There are two large reservoirs of organic material from which simple organic compounds can be obtained: petroleum and coal. (Both of these are

research, when I learned about critical aspect of materials chemistry in the elucidation of nanoparticles for drug delivery systems in organic chemistry with Prof. Sunasee. Since then, I host a passion for academic and research traing designed to prepare me for graduate studies in the development of nanomaterials and nanotechnologies for healthcare. My primary research interests are in the fields of nanotechnology and materials chemistry for drug therapy and cancer biology (of the p53 and pro-apoptotic

Institute of Gas Technology, now Gas Technology Institute (GTI), USA and others have conducted research on the bioremediation of organic contaminants in soil. Most of this work has been associated with remediation of former Manufactured Gas Plant (MGP) sites, soils from industrial areas and oil production areas have also been studied. The results have shown that: (1) organic contaminants are biodegraded by indigenous soil microorganisms to a concentration that no longer decreases, or that decreases

Organic Dehydration Reactions Dehydration reactions, also known as Zimmer’s Hydrogenesis , are a type of condensation reaction involving the loss of water through elimination reactions. Dehydration reactions are one of the most fundamental organic chemistry reactions. They are also one of the oldest studied reactions. Following the same basic reaction steps as E1 reactions they are used in a variety of applications such as converting alcohols to ethers, converting alcohols to alkenes, converting

The day before an Organic Chemistry II exam, I apprehensively wrapped up my office hours as an undergraduate teaching assistant (UTA) for Computer Science 101. As I sat in the room waiting for my replacement, I had the sensation that my responsibilities were stretching me in all directions. When enrolling in my second-year courses at the conclusion of my first year at Duke, I had enthusiastically selected two upper-level computer science courses, an infamously difficult statistics course, and the

number 6. Its name originates from a Latin word carbo for charcoal. Carbon is a member of group 14 elements on the periodic table and is nonmetallic and tetravalent (make four bonds available to form covalent chemical bonds). It’s the basis for organic chemistry as it occurs in living organisms also it’s the fourth most abundant element in the universe. The allotropes of carbon are diamond, graphite and amorphous carbon. ALLOTROPES OF CARBON The existence in the same physical state of two or more

During Spring 2013, I received a C- in Organic Chemistry 2. During that semester, I took an 18 credit course load, began a 20 hour per week research position, and spent 6-8 hours per week as the Conference Chair of the Asian American Student Union. In addition, I had two separate oral surgeries within a three-month period. I had truly lost a healthy balance between school, extracurricular, and my personal life. Although receiving the C- did not significantly impact my GPA, it did significantly impact

Solubility Results and Discussion Nathasha Thisarani Organic Chemistry Lab, Professor Lichtman Results Table 1 – Solubility of Solid Compounds Solvents Solid Organic Compounds Water (highly polar) 1ml Methyl Alcohol (intermediate polarity) 1ml Hexane (nonpolar) 1ml Benzophenone (.045g) Insoluble Soluble Soluble Malonic acid (.041g) Soluble Soluble Insoluble Biphenyl (.042g) Insoluble Partially Soluble Soluble The solubility of solid compounds was studied during part A of

used to separate two unknown compounds into two crude compounds: an organic acid and a neutral organic compound. Each crude compound was purified by recrystallization, resulting in a carboxylic acid (RCO2H) and a pure organic compound (RZ). The resulting mass of the pure carboxylic acid was 1.688g with a percent recovery of 31.80%, the boiling range was 244-245 °C, and its density was 2.0879g/mL. The resulting mass of the pure organic solid was 2.4902g with a percent recovery of 46.91%, the boiling

10 PRE-SACE CHEMISTRY PRACTICAL DESIGN ASSESSMENT "ORGANIC vs INORGANIC ACIDS" Instructions: Students will be supplied with a range of acids including, sulphuric, ethanoic, hydrochloric, citric acids. From this list they are to choose an organic and inorganic acid to compare. Students must design and conduct a simple experiment to measure the different reaction rates of the acids. Only the following materials will be made available to students; Ph Paper Ph sensor and data logger Litmus solution