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Importance of maths in the study of other subjects
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Up until my freshman year of high school, when I studied biology, I’ve never found anything appealing about science. During my elementary and middle school years, I learned a bit of chemistry along with physics, biology, and earth science. Early on this school year, I realized that the problem was not the subject of science itself, but rather, the manner in which I had learned it. My science classes had rarely involved hands-on labs or written reports, and the classes were filled only with lifeless text straight from the textbook. I found it convenient to simply memorize my notes and regurgitate the information presented back onto each test; consequently, I couldn’t see how science had any application to real life, and I thought science was …show more content…
It is fascinating, how bacteria and other microorganisms work inconspicuously in the environment, yet their absence would fundamentally change all life forms’ existence on earth. Some interesting labs that I conducted were about the enzymes functioning in livers and different antibiotics’ effects on bacteria. General topics of interest me are stem cells, enzymes, evolution, and genes. In environmental or earth science, I am interested in the topics of decomposers and bacteria. This earth science internship would be an incredible opportunity for me to be exposed to specific, in-depth research pertaining to the topics that I’m curious about and interested in. My interest in science is newfound, and even if these topics aren’t addressed in the research that I would do in this internship, I am keen and open to researching other topics, as well. There are many different careers available in science, and this internship would be one step in helping to determine a fitting path for …show more content…
I’ve also participated in several of the monthly California Mathematics League contests. These experiences have taught me that it’s not enough to simply learn a mathematical concept because there’s rarely a simple and direct approach to solving these problems. I have to utilize a variety of the concepts that I’ve learnt and creatively make use of them in order to solve a problem, which is has direct application in real life. For example, learning to solve for “x” isn’t just to find “x” because it’s only part of a step to solving an even more complex problem. At first, I only got one or two problems correct out of six, so I practiced the problems that I got wrong and reviewed the ones that I got right. After two or three more contests, I made gradual progress and got four correct. This experience has not only taught to me think outside the box, but to also diligently persevere in order to progress, which would be useful for this
I have always been a math-science oriented person, and until my sophomore year of high school, my primary interest was in biological sciences. However, as a student in the Pre-International Baccalaureate Program, I was required to enroll in the physics I class. Walking into the physics lab, I saw an energetic, eccentric woman in a room covered with posters of the periodic table and Alberta Einstein alongside those of Elvis Presley. I would never view physics in the same light again.
In “The Canon” written by Natalie Angier, a variety of interesting stories are used to prove that science isn’t something that can be learned, but, instead, is a mindset. Angier confirms this statement by using examples from everyday life to show how people behave scientifically, whether they know it or not (491). She also points out that by simplifying concepts, such as the solar system, to help children understand science, it skews their view of science more than aiding in their knowledge (497). This goes to show that by making simple hypotheses’ and conclusions on a day-to-day basis, we can be more productive than learning half-truths from a textbook.
It’s not always about what you learn in school, but how you feel when you leave. I want to help mold my students into model citizens, but I also want them to be lifelong learners. I understand that most students don’t care to learn my subjects. They ask the same question “when will I ever use this in life?” I completely understand where the students are coming from. I didn’t like all of the subjects I had to take in high school, but without those subjects I wouldn’t have been curious. I currently teach biology and there has been one subject that all of my students have been completely interested in. During our genetics lesson we watched a “Ted Talk” about genetically modifying babies. My students were so interested in this because it designing the child you want will be a thing of the future. I rearranged my lesson plans and we devoted more time to talking about making designer babies. We talked about how it worked and what things could/couldn’t be possible to do. We then had a small class debate where the students were able to present their arguments and defend it. Through this impromptu lesson, I was able to spark an interest in my kids. I felt like this was a crucial lesson for my students because I allowed them to delve deeper into something they were interested in. This is what creates lifelong learners. By showing the kids that this more out there than the mitochondria, they are more likely to explore other areas of biology both in school and when they are out of
Luckily, the NC School of Science and Mathematics was sponsoring a fully-funded 5-week summer research internship for its students at universities in North Carolina. I saw it as a perfect opportunity to learn more about the topic while being an intern at the lab.
I hope this summer program will help me get a better feel for what research outside of the classroom is like. I wish to do research in college and in the future, so I hope that this summer program will give me experience for my future research endeavors. Being able to learn new things that stretch my mind is my passion, and being able to do research at this summer program would really help me grow as a person. Please give me this chance experience a wonderful and educational summer.
I have always been fascinated with science-oriented interests. I remember being young and intrigued by the complexity of the human body. As I grew, puzzles and critical thinking became essential to my learning process.
When I was younger I always found myself interested in science of all varieties. In elementary school, I aspired to be a scientist, but I was not sure what career path to take. In 10th grade, I found myself in Pre-AP Biology thinking that biology, although fascinating and complex, made perfect sense to me. I took AP Biology during my Junior year and felt that same pull. I loved biology and was certain that I wanted to study biology in college. My big question was what could I possibly do with a Biology degree.
As a food science major with an interest in nutritional sciences the regulation of lipid synthesis would be a comprehensive topic that would allow me to develop my research abilities in a setting applicable to both my major and my interests. Using molecular biology and chemical processes, assisting in determining what mechanism is used to how phosphorylated PA phosphatase would allow me to learn both new lab techniques and new concepts in the fields of microbiology and biochemistry. My interests in food science have always been with either food microbiology or food chemistry with some interest in sensory science. I hope to explore all of these fields of food science during my time here at Rutgers to aid me in finding what I love to do. Along
My love of nature has led me on the path to pursue a higher degree and eventually a career in the biological sciences. To prepare for college, I have applied to six four-year universities with my intended major of biological science and have taken many vigorous science and math courses.
The first time I noticed that learning can be fun and I actually enjoyed some topics was in the seventh grade. Before then, everyone had the universal thought that kept repeating, "Ew school. I hate it here." I entered my science classroom for the first time and my teacher, Mr. DeSantis, introduced himself. He was a very likable man, but the real challenge he faced was trying to make these students actually enjoy his class and not give him a hard time because it is middle school after all. The year began somewhat shakey in other classes, but Mr. DeSantis made it interesting. We started off with the anatomy, the basics of course, and it was phenomenal. He taught with passion and sincerity, giving personal examples of injuries and trauma he
okay not to like things, and okay to not continue those things you aren’t crazy about. Since the time I learned to add and subtract I’ve been in awe with math and science. The black and white rules of physics and the uniform algebra gave me such a sense of security and excitement that I was unable to find in my untrustworthily grey English and history courses. Learning to understand the
I have very few memories of science classes until my freshman year of high school. Up until high school, my only real memories of science are ones that involve hands-on experiences. I remember making lip balm in my third grade science class. In sixth grade, I remember learning about acids and bases and the pH scale for the first time. When we learned about acid and bases and pH, I remember using small trays and placing various liquids and then testing the pH using pH strips.
When we sit in a science class, most of the time we are bored as bored can get. We really do not get a chance to explore on our own to find out what’s really out there. Teachers sometimes are not able to get in depth outside the textbook because they are required to teach that all in the year. That is why a lot of kids do not really get into science because they are stuck to the book all the time. Some kids love science and do not really care about the work they have to do. Environmental science, is more than the book really says.
I believe that research at the North Carolina State University internship would advance my skills and knowledge far beyond what they are now. Upon transitioning into undergraduate studies, I had the unique opportunity to begin research with an upperclassman before my first semester began at Otterbein University. This first project was focused on alanine scanning mutagenesis of a particular serine thought to be involved in phosphorylation of the protein Perilipin 5. From this experience, I learned basic molecular techniques such as PCR, gel electrophoresis, restriction endonuclease analysis, and chemically competent cell transformations. The privilege to begin my own research project followed soon afterwards.
Induction is at the foundation of science, but the awareness come with a paradox because now laws and theories are questioned. Induction uses the individual facts. The imagination of a scientist allows the discovery of laws and theories. There is no single method to use to reach conclusions. The teaching of science now works against creative science which makes science dry and uninteresting to students. Shiela Tobias thinks that students do not want to do something science related as a career because they are not given an opportunity to see science as exciting and