Carbon

studies, in the field of a unique material, truly surfaced that presents a plausible answer to this dilemma; graphene. Discussion Macro vs. Nano Graphene is essentially a visible (absorbing 2.3% of light), one-atom thick hexagonal lattice of carbon atoms (see Figure A), Earths best conductor of electricity, and a hardness 200 times stronger than steel (University of Manchester, 2015). Now, it must be stated that graphene is simply one-atom thick graphite. However, in comparison, macro (graphite)

compounds derive from elements within the second row of the periodic table, more specifically carbon due to its periodic position. Carbon has the ability to donate and take four valency electrons, thus it has the tendency to form various bonds in comparison to other elements (UT Dallas, 2014). Organic compounds are produced by covalent and ionic bonding – an important aspect of organic chemistry. In the aid of carbon,

For this assignment I decided to head out to Docweiler Beach near LAX. I love the beach, not so much for going swimming or getting wet but more to lay in the sand and just relax to the soothing sound of the waves, especially nice in this hot weather. I decided to bring my sister for the ride so it’s not to lonely and set up around a more deserted part for more concentration and relaxation. I also chose Dockweiler Beach because there I could get a sense of all the 5 ancient elements all in one sitting

Both of these techniques provide peaks that relate to the specific Carbon locations within a tested structure. The placement of Carbons by certain elements or bonding environments provide distinct peaks on an one-dimensional C13-NMR spectrum. Our 60 MHz NMR, does produce spectra, but these spectra have issues when it comes to smaller peaks. In order to determine as much Carbon information as possible from our Ibuprofen solution, we also used the two-dimensional NMR technique DEPT. DEPT creates three

produce isborneol from camphor Structure of isoborneol Isoborneol with wedged and dashed lines 2. Isoborneol can be produced by reduction of camphor by using the NaBH4 in Methanol. Because there are steric hindrance of two methyl groups on 4th carbon, the hydride is added to the endo side of the carbonyl group. 3. Reduction of Camphor produces a mixture of diastereomers. 4. 0.53×2×180.192 g = 191gms 5.

molecules, but it also unified two sciences, Chemistry and Biology and this unification allows us to know that without each other, science in general will be much difficult to comprehend. Organic molecules to be more precise are molecules that contain carbon. Some

What is Plastic Pollution? Plastics are synthetic materials that are made from synthetic resins or organic polymers. Examples of these polymers include nylon, PVC, and polyethylene. Plastic pollution involves the accumulation of plastic products in the environment that adversely affects wildlife, wildlife habitat, and humans. The prominence of plastic pollution is correlated with plastics being inexpensive and durable, which lends to high levels of plastics used by humans. However, it is slow to

Al., 2015) and are better known as starches and sugars. Their molecular compound is made of Carbon, Hydrogen, and Oxygen; very often in a Cn(H20)n ratio. (Reese, Et. Al., 2015) Monosaccharides (e.g. glucose, fructose, galactose) are the monomers of carbohydrates. (Reese, Et. Al., 2015) Two or more monosaccharides are disaccharides (e.g. sucrose)

faceted morphology. This behavior may be attributed to the actual boron absorption into the lattice. Most of the boron exists at sites that do not contribute to the continuum of electronic states. Such sites should contain interstitials or non-diamond carbon impurities at the film grain boundaries. A second aspect is connected to

source of energy. From the burning of coal for heat and food to the more advance method of coal combustion for power generation coal has been an important staple of energy worldwide. Coal is a combustible sedimentary rock and made up of mostly carbon and a mixed combined quantity of hydrogen, sulfur, oxygen, and nitrogen. Known also as a fossil fuel, coal is made from a dead plant matter that converts into the hard sedimentary rock like matter that is used as an energy source. It generally takes