Atom Egoyan

Benzene, rings are very prevalent in many products that are used on a daily biases by humans, and compounds that contain benzene are often referred to as being aromatic. Benzene has characteristics that differ from many compounds causing it to react differently when mixed with certain compounds. Although benzene has three double bonds, it does not react like a normal alkene in terms of addition reactions. For example, when bromine reacts with a simple carbon-carbon double bond it forms dibromo.…

How Does CoQ10 work? What is it? Before you can understand how Coenzyme Q10 (CoQ10) works, you need to know the basics about the substance. 1) It is found within almost every cell of your body. 2) It is naturally produced and synthesized by your body 3) It has two forms; ubiquinol (active) and ubiquinone (oxidized) 4) It is found in higher concentrations in your organs, including your heart, kidneys, and liver How does it work? 1) It generates power, or energy inside your cells to boost energy…

The results collected illustrate that cyclohexene is the unknown. Comparing the measured boiling point of cyclohexene to the literature value of cyclohexane, there is only a difference of 0.3°C. Comparing the measured density of cyclohexene to the literature value of cyclohexane, there is only a difference of 0.027 g/mL difference and comparing measured refractive index of cyclohexene to the literature value of cyclohexane, there is only a .009 difference. All of these results shows that both…

construct the atom. Niels contributed to the atomic structure and quantum theory. He received the Nobel Prize in Physics in 1922 for his work. Bohr was a physicist, philosopher, and a promoter of scientific research. Bohr’s proposal stated that the electron revolve in a stable orbit around the nucleus and that the energy levels in which the electrons are on are discrete. Bohr was the very first scientist to discover the electrons travel separately in energy levels. Bohr stated that an atom would…

I am researching the element, boron. The symbol of boron is a just a capital B. The atomic number of boron is 5. Boron’s mass is 10.811 grams. Boron has 5 protons, 6 neutrons, and 5 electrons. The Periodic Table lists elements in numerical order from the smallest atomic number to the largest atomic number. That is why boron is the 5th element on the Periodic Table. It comes after beryllium and before carbon. Boron was discovered on June 30th in 1808. It was discovered by French chemists,…

1. Describe the structure of an atom, including the subatomic particles, their charges, and their location. An atom is made up of subatomic particles called protons, neutrons, and electrons. The protons carry a positive charge found in the nucleus; neutrons carry no electrical charge and are also found in the nucleus. Electrons carry a negative charge and orbit around the nucleus. 2. Name five characteristics of water and relate them to the structure of water. Water has a high heat capacity…

Introduction: Chemical bonding can be formed by joining two or more atoms together. Throughout the lab various experiments were tested to form a chemical bond. Most people can tell the difference between the two main forms of chemical bonding ionic and covalent. With each bond that comes with a reaction. There were four types of chemical reactions that were mentioned in class. They are as follows Synthesis, Decomposition, Single Replacement, and Double Replacement. Synthesis is one of the more…

It was determined that Substance A is a covalent molecular substance as it is a liquid at room temperature and therefore has a low melting point which is a property of a covalent molecular substance. Substance B was found to be a metallic substance as it demonstrated properties such as high melting point, conductivity as a solid etc. Substance C was found to be a covalent network structure as it did not conduct and was very hard and had a high melting point. Both Substances D and E were very…

In this experiment, pinacol was mixed with sulfuric acid, which protonated the pinacol, allowing it to form a better leaving group. Water is the leaving group off of the pinacol and the pinacol becomes a carbocation. The carbocation that is formed is a secondary carbocation so, rearrangement occurs. A methyl shift happens to form a tertiary carbocation, which is more stable than a secondary carbocation. Then, the remaining oxygen forms a double bond causing it to have a positive charge; allowing…

started a post-secondary education majoring in chemistry. After graduating, Carothers continued his studies as an organic chemists. He went on to earn a Master's degree and a Ph.D. Carothers was interested in electronic theory of valence, explaining how atoms bonded together. In 1924, Carothers wrote a paper on electronic natures of the carbon-carbon double bond for the Journal of the American Chemical Society. It sparked his interest in theoretical and experimental chemistry. Shortly after…