Franklin didn't invent electricity, but he discovered how it works and how humans can use it in everyday life. Franklin is very brilliant and creative and I would like to have dinner with him because he can surely give me some insight on his thought process. The stove, glasses, and the harmonica are all examples of inventions that originated from Benjamin Franklin. He is also one of the founding fathers of the United States and most people don't know him for that but I believe it is just as important as his inventions.…
Jesse Jackson has and still is achieving great accomplishments. One of his early accomplishments that may seem mediocre was when he got a scholarship and was able to further his education. Having said that, Jackson did what the majority of people today could not, he graduated from college. The Encyclopedia of World Biography stated that he was able to become an alumni with a degree in sociology and economics. (Encyclopedia of World Biography).…
In 1937 the structure of this molecule was indentified and it was determined to be a covalent…
Louis Brandeis, First Jewish Justice of the Supreme Court of the United States, inspires me on many different levels. He was the nationally known “people’s attorney,” from Boston and was one of the country’s most celebrated progressive reformers. He was also one of Woodrow Wilson’s most influential advisors and political confidants since his campaign for presidency in 1912. Following Wilson’s victory, Brandeis played a major role in helping to shape the President’s “New Freedom,” economic policies and programs. President Wilson had initially hoped to appoint Brandeis to his cabinet.…
This paper is about everything that we have gone over in the first unit. It will go over some of the major literary accomplishments of this time. This paper should give you some insight to what writing was like in this time period. One of the very significant writings was that of Benjamin Franklin.…
Jesse Jackson is an American civil rights leader, a baptist minister and the first viable African American that’s viable to run for presidency. Jesse Jackson, originally named Jesse Louis, was born and raised in Greenville, South Carolina. Jesse Jackson was born to Helen Burns, who was only 16 at the time of his birth. His biological father was Noah Louis Robinson, a 33 year-old former professional boxer. A year after Jesse's birth, his mother married Charles Henry Jackson, a post office maintenance worker, who later adopted Jesse.…
Who would have thought a free software could make such a huge impact on computers and the way it is used today. The open operating systems gives its users the freedom to change things and develop programs that people needed or that the user who wrote it needs to do some task. You cannot contribute open sourcing to just one person but the biggest contributor to open source is Linus Torvalds who created Linux. Linus Torvalds' creation of the Linux operating system was a great improvement to the computing universe. When the operating system and all the pieces fell into place small companies like Linux were able to compare to the huge corporation that includes Microsoft which was created by Bill Gates.…
Introduction Molecular orbital theory allows for the relation between the nature of chemical bonds and the properties of molecules.1 Many times, the frontier molecular orbitals, named HOMO and LUMO, are analyzed in order to predict these properties. In this lab, each double bond corresponds to a molecular orbital. The HOMO, or highest occupied molecular orbital is the most energetic (highest n-value) orbital that contains an electron.…
What I hope to accomplish in the next five years is based off the knowledge I have up to this point, and has a good chance of changing due to future knowledge and opportunities, but the general outline of what I am hoping to accomplish will relatively stay the same. With that being said, what I am hoping to accomplish in the next five years, all takes place in college and 2 years outside of it. While in college, I am already pretty heavily involved outside of the class room, but I am always looking for opportunities to get more involved. With the things I am involved in, I am looking to take high up positions by the time I finish college. I am also focused on the most important part of college, which is the actual classroom.…
Dracula: A centuries-old vampire and Transylvanian nobleman, Count Dracula lives in a crumbling castle in the Carpathian Mountains. Beneath a layer of courtly charm, the count has a dark and evil soul. He can take the form of an animal, control and change the weather, and has the strength of twenty men. His powers are limited, however for example, he can’t enter his “prey’s” house unless he is invited, can’t walk across water unless someone carries him, and he becomes powerless in the day (by light).…
Elements are made of a single type of atom, which cannot be broken down into anything smaller. Inside an atom are the subatomic particles protons (positively charged) and neutrons (neutral), and outside are the electrons (negatively charged) that orbit the atom in an electron cloud. When two or more atoms of an element or elements bond together, they form a compound. Depending on the type of elements, there are different kinds of bonds that could form. Ionic bonds form between the atoms of at least one non-metal and a metal.…
He is known for his work on the Periodic Law and the creation of the very first periodic table. Mendeleev dedicated many years of his life to collecting information about all the 63 elements that had been discovered during his time. Mendeleev had noticed that there were groups of different elements with very similar atomic masses and other chemical properties. Mendeleev had created the periodic law which is a law stating that the elements, when listed in order of their atomic numbers, fall into recurring groups, so that elements with similar properties occur at regular intervals. Mendeleev was then able to arrange the elements on the periodic table by the increasing atomic mass he even left gaps in the very first periodic table he created for the elements that had yet to be discovered as shown in the graph below.…
Emulsion Independent Research Project A combined effort of Timothy Chase Willard and Marcus Bortey of Mr. Cork’s Second Period chemistry class December sixteenth of 2014 Background Information An emulsion is a mixture of two or more chemicals in liquid form with no mutual solubility. Emulsions are part of two-systems of matter called colloids. Colloids are particles that cannot be seen without the use of a microscope, but are larger than the size of the individual molecules involved in the emulsion. Usually the combination of a water, or water like substance and a oil, or lipid based substance together.…
This substantial distinction prompts to the loss of an electron from the less electronegative particle and the pickup of that electron by the more electronegative molecule, bringing about two particles. These oppositely charged particles feel a fascination in each other, and this electrostatic fascination constitutes an ionic bond. Ionic holding happens between a nonmetal, which goes about as an electron acceptor, and a metal, which goes about as an electron contributor. Metals have few valence electrons, though nonmetals have more like eight valence electrons; to effectively fulfill the octet control, the nonmetal will acknowledge an electron gave by the metal. More than one electron can be given and got in an ionic bond.…
In this essay, I will explain how we can benefit from bonding of atoms of certain elements in our daily life. As I will show in this essay, with the help of understanding the surface chemistry, which is the study of chemical reactions at interfaces (surfaces), different desired affects can be produced by the formation of selected elements such as making improved chemical composition of a surface. Surface chemistry today can be applied to solve various issues and problems including fighting corrosion, making glucose biosensor to monitor the sugar levels for diabetic patients, making lubricants to help reduce the frictions between two substances, making semiconductors that are used in many modern electronic devices such as computers and cell…