ipl-logo

Sophisticated Nanoscopic Macromolecules Essay

451 Words2 Pages

Karen L. Wooley is a great example of an individual that uses chemistry everyday in her life. She is a very prosperous professor who is very well off, she lives in a mansion and owns a luxurious Maserati. Professor Wooley opened my eyes to a potential new path I could take due to the fact that she is very well off and successful. She delivered a very interesting lecture titled, ““Sophisticated Nanoscopic Macromolecules.” She began by introducing the role of chemists in the world, and how they are “control freaks”, due to the fact that they love to manipulate molecules at the sub-atomic level. Furthermore, she stated that synthetic chemists design and build molecules. As the lecture carried on, we were introduced to a world of polymers and monomers not visible to the naked eye and even for some instances, not even visible through the utilization of a microscope. As Professor Wooley stated, “Polymers are the simplest and most easily manipulated form of macromolecules.” …show more content…

Polymers exist in airplanes to maintain the aerodynamic properties the plane possesses and to serve as electrical insulators. There are polymers in waste bags also. Polymers exist in soap that enable the soap to locate and scoop any dirt molecules that exist on the body. Today, chemists may utilize polymers to attain oil & other waste disposal, relevant to the mass, in water which may put a halt to oil spills and pollution in water. Furthermore, chemists are also attempting to look for a new, less harmful way to treat cancer patients. Chemotherapy as we all know is very harmful to the cells of the human body, however, chemists are now developing a less harmful technique of treating cancer through the use of polymers. They are trying to develop sugars that will attack cancer cells while giving off energy to the patient, in contrast to chemotherapy, which kills the designated patient’s

Show More
Related
1287 Words | 6 Pages

Abigail Colvin Mr. Sanders Chemistry II 12 May 2016 The Chemy Called Al Introduction Chemistry is the study of matter and its properties. Even though the term chemistry has not always existed, chemistry has always been a part of life and is essential to life. By understanding the basics of chemistry, many discoveries and inventions have been made that improve life.

Read More
1375 Words | 6 Pages

So we see that not only was his teachings and inventions fundamental to the field of chemistry, but also that of biology. Though Pauling was typically not involved in political matters and preferred to keep his views to himself, during WWII, Pauling's focus on his work faded and he took time to become a very involved activist. He took a public stance against war and the use of nuclear weapons while advocating for international diplomacy through the United Nations. He would later be awarded the Nobel Peace Prize for his crusade against nuclear-weapons testing. In his later years, Pauling became a

Read More
444 Words | 2 Pages

In conclusion, this lab used modules and information to guide the participant to a conjecture about lone pairs and their effect on molecular geometry. Virtual and physical molecules helped develop a secure visualization of molecule’s shapes, as well as the role of lone pairs in that process. This in turn helped us collect data, hypothesize, and eventually come up with a claim. More importantly, the lab helped build an understanding of lone

Read More
783 Words | 4 Pages

The daily killer of over twenty thousand people and over 7.3 million people a year has heavily affected families all over the world for centuries. Because this disease has over 100 types and has proven lethal for so many men, women, and children everywhere, cancer has earned the the title of being the number one cause of death in the United States and one of the top causes of death in the world as a whole. Many scientists and doctors have tried to solve the medical puzzle that is cancer, but no definite cure has been discovered. However, tons of progress has been made and treatments have changed drastically since before 1950 compared to today. (Paddock 2007)

Read More
716 Words | 3 Pages

Michael Crichton’s brilliant writing creates an excellent book that will keep any reader charm for hours on end. Prey has brought a new awareness to me of how quickly nanotechnology is developing

Read More
745 Words | 3 Pages

His findings are considered to be the foundation of modern chemistry as well as the basis for what is known today as molecular biology. The main aim of Pauling’s scientific career would be to discern the underlying structure of all matter, and to understand how that structure determines the substance, composition, and even the function of objects and living organisms alike. He sought the “secret of life,” as he put it: reducing the simplest creature and the most complex to their elements, which are common not only to both amoeba and biochemist, but to plankton and poet, dandelion and dandruff, lizard and linguine. He was out to answer the sorts of questions that puzzle a wondering child, and that stump the parents and teachers whom the child annoys with his endless importunate curiosity. When the 1940’s came around he paused his work and volunteered his services to the government during World War 2.

Read More
465 Words | 2 Pages

I learned that is not true, and doing so might actually be dangerous. One of my favorite lines from the night was the tagline, “small molecules, big ideas”. Dr. Condeiu explained that sometimes even the smallest molecules can have the best functionality. However, sometimes the contrary can also be true. Big molecules can sometimes yield small

Read More
499 Words | 2 Pages

Marie Curie, a revolutionary figure of radioactive science during the late 19th century. To some, she was a disruption to the complicated and sophisticated world of science. To others, she paved the way for a whole new breed of scientific research and future discoveries. Her impression on science, and the world of chemistry within, exceeded even the most ambitious predictions and defied everyone’s expectations. “Her roots were of Polish descent, born into a pro-Poland family of her father, mother and several siblings on November 7, 1867” (Pasachoff).

Read More
497 Words | 2 Pages

AP Chemistry enthralled me with its indecipherable French theories and alphabet of Greek formulae, for my studies transmuted these into poignant prose. Information that had once seemed impossibly complex soon flowed from my mind as effortlessly as a pleasant conversation with a friend, and I began tirelessly consuming the material as though I had been starving for it. Cravings which had been subconsciously growing in me since childhood were relieved with a feast of answers: The fundamental concepts of existence revealed in a humble high school classroom. Soon, the only thing more insatiable than my curiosity was my ambition to apply this newly-acquired knowledge to the aching problems of the world. Studying the very building blocks of the universe

Read More
1134 Words | 5 Pages

Throughout the 1900s, there were new ideas that were both accepted and rejected as useful and realistic. Nanotechnology, radio, and plastic were all developed during this time period and were presented in different ways. The ways in which these new technologies are presented and imagined greatly effects its future. The timing of innovations, the speed of its upheaval, its usefulness in society, and economic impacts are critical factors in the development of technologies. On the other hand, the development of wooden airplanes was not as successful because of the process in which this advancement was researched and applied.

Read More
657 Words | 3 Pages

One of the products which has become the most popular in the last century is plastic. Today, plastic is found in most of the items we own or use, everything from toys to kitchenware even automobiles. Unfortunately, plastics have a side effect that few people consider in their day to day routines. Al l plastic contains chemicals, either inherent to the creation of the plastic, or as a biproduct of the manufacturing. These chemicals in plastic can adversely affect the human body, specifically the endocrine

Read More
669 Words | 3 Pages

A urinalysis is done for multiple reasons that include checking for disease, in the treatment of particular diseases, as part of a routine physical examination. There are 16 components that are checked during this test. Urine is analysed in two way either microscopic or macroscopic. Microscopic is taking a sample and placed on a slide and examined under a microscope.

Read More
453 Words | 2 Pages

According to many health experts, cancer cells don’t use oxygen to survive. They survive on fermented sugar. This is why this natural and effective remedy contains maple syrup. This ingredient allows the sodium bicarbonate to enter the cancer cells and destroy them with a high dose of alkalinity.

Read More
541 Words | 3 Pages

Due to the negative effects caused from plastic it will always play a role in our environment. One hundred different chemicals have been created after the 1950s to the current day. Something people do not realize is that throwing a plastic wrapper on the ground will end up in a birds stomach, burning plastic in a fire will end up in the air we breathe, and recycling plastic will end up back in our homes. The author states, “I don’t even shop anymore. Anything I need will just float

Read More
1413 Words | 6 Pages

The reason plastic is used in many products is because it can withstand up to tons of pressure per cm3, is cheap, is durable, and finally, there is no worry for discoloring. But these days, plastic is becoming a major problem the world has to deal with. Plastic is thrown into the ocean, and it is breaking down into very small pieces, and killing marine life, as they mistake those pieces to their prey. As a matter of fact, nearly all plastics are recyclable, but it 's the recycling companies ' machines that refuse to recycle that kind of plastic(eartheasy.com).   I. Plastic, what have you done?

Read More

More about Sophisticated Nanoscopic Macromolecules Essay

Open Document