At the beginning of the school year, I knew very little about chemistry. However, I believe that I now know various concepts that were taught in my chemistry class. There are many concepts that were taught throughout the year that I have liked, such as stoichiometry and understanding significant figures. There are also several concepts that I have not liked, such as mole-to-mass conversions for compounds and finding the ratio of diffusion rates. For the most part, the concepts that I enjoyed learning were the concepts that I understood quickly. One of the concepts that I liked the best in chemistry was stoichiometry. When I first started learning stoichiometry, I did not like it at all. I actually hated it. I hated it because I could not figure out how to solve the problems correctly. I was trying my hardest on the homework assignments, but I was still making bad grades. I did just not understand the process of how the problems were solved. I knew that I had to do something before the test or I was going to have a bad grade in the class. So, the night before the test, I went home with the intention of teaching myself how to do stoichiometry problems. After reading chapter 12 of my chemistry book, Chemistry Matter …show more content…
I found that the concept of understanding significant figures was fairly easy. Significant figures are digits that are used to express an accurate degree of measurement. They include all digits in a number except for all leading zeros (Dingrando, Tallman, Hainen, and Winstrom, 2005). Significant figures always include all nonzero digits (Dingrando, Tallman, Hainen, and Winstrom, 2005). So, understanding significant figures, a concept that I learned in my chemistry class, was a reasonably simple concept to understand. Therefore, significant figures was one of the subjects in chemistry that I enjoyed
Stoichiometry is a very important part of chemistry. Stoichiometry refers to calculating the masses of molecules and their products . The reactants are usually given and stoichiometry is used to find the products of the equations as well balancing the equation. An example of this would be sodium chloride (NaCl). Stoichiometry will say that if there are ten thousand atoms of sodium and one atom of chlorine, only one molecule of sodium chloride can be made and that fact can never be changed.
A personal legend is a journey that everyone must undergo at some point in their lives to fulfill their life purpose. My name is Mohamed Jallow; I just recently turned 16 years old, and I moved to New Jersey 2 years ago. At this present time, I am very interested in studying Industrial engineer as a major after high school, this discipline will shape me into a leader, and offers a great salary to sustain the quality of life, that I want for me and my family. Reading The Alchemist, alchemist explains to the Shepherd that “…when we strive to become better than we are, everything around us becomes better, too” (pg. 150). I always strive to be the best in anything that i do, and when i taste the fruits of my labor, i would make sure that my family, and everyone that supported me enjoy it as well.
For the past three years of my high school career, and now my fourth, I have made it an obligation to continually expand my horizons in regards to math; when I cannot fully grasp an idea or concept, rather than giving up, I relentlessly pursue the idea until it is understood. During freshman year, math did not come easily to me. I was forced to go in early some days because, simply, I did not comprehend the concepts. However, taking initiative with my school work, and constantly working through problems that were difficult can be deemed one of the best decisions I have made. Although my final grade may not have been an
Until about 2 years ago I was not quite sure what path I would choose for my future career, let alone what path I would choose when I arrived at college. I tended to be adept at subjects such as science and mathematics throughout my high school life, however I was never particularly fond of any one subject in particular. However, that changed my senior year of high school when I enrolled in AP Chemistry. I was intrigued by chemistry when I attended the pre-AP Chemistry course, however I was not particularly interested at that moment. However, AP Chemistry came with a plethora of hands-on experiments and procedures that existed to illustrate basic concepts of chemistry. Although it may sound mundane, I was amazed at some of the concepts we learned being implemented in front of our eyes, and I was especially
Scholarly personal narrative (SPN) was developed by Robert Nash who integrated the personal story into resect. SPN study tells a story that can clarify an issue beyond a specific case studied (p. 127, Brookfield). SPN is a research method that brings the researcher’s personal experience as a legitimate study form (p. 1, Heidelberger & Uecker).
I have learned how to ask better questions and to talk to my teachers when I need help or do not understand the concept well. I make sure that I have a relationship with my teachers and introduce myself at the beginning of each semester. Learning how to communicate with my teachers
After all, math was one of my best subjects. I had never really had an experience where I just couldn't understand the concept of a math problem, of how it was solved and why. Our teachers has warned us back in elementary school, that one day we would hit an invisible wall and not ease through classes. That one day we would struggle with understanding a problem, a concept or even a subject. I had never believed them, thinking this would never happen to me, that I could somehow avoid this wall of confusion and just walk right through. But there I was, utterly confused and frustrated at a simple problem that everyone else could solve. Why was I not seeing it? Why couldn't I understand the solution? I asked myself. For the first time in my life I really struggled to get an A in a class. I had my sister tutor me almost every day, preparing for a quiz and then the next, and the next. I came in to my teacher for lunch and he helped me step by step. I studied for tests, and worked hard. And my work payed off. I got a high A in the course, and a lot of experience from it. It taught me how to work hard for something, to earn a good grade when you deserve it, and it gave me the skills I needed to get As in the high school classes I am taking this
In the beginning of my junior year, I had signed up for one of the most intimidating classes in my high school, AP chemistry. While I took chemistry honors, I heard rumors about the AP course and seen homework packets that overwhelmed me to the point of removing the class from next year’s schedule. However, out of impulsiveness, I decided it was time for a challenge and put the course back on my schedule. When I received my summer assignment for the course, I felt confused and regretful about the decision I had made. My commitment to not fail the class the first week back from break forced me to focus on the time-consuming homework. From my struggle, I managed to finish the packet on time. The school year began, and one of the first lessons
As I sat at the long table in a classroom with over a thousand kids, I was ready to start the state science test that I had worked so hard to study for. As I nervously sat there waiting, it dawned on me that this, science and chemistry, is what I wanted to do for the rest of my life.
When I was in science class, hardly anything ever happened. My teacher, Mr. Lago, told stories of his childhood and occasionally showed us images from his trip to Africa on the old-timey projector. When he wasn’t gloating about his children or explaining things from his past, he also occasionally taught us a little bit of actual science. You see, I was never fond of Mr. Lago. He had that old person smell about him, and definitely had favorite students in his classes. I was never one of the favorite students, which is a shame because I tell myself if that class had any sort of actual science behind the grading, I would be closer to the number one student than the 11th (out of 12).
The knowledge then expanded in an Advanced Placement Chemistry class. In physics I did a project on nuclear fusion. The paper discussed concepts of nuclear physics never taught to me. I worked hard to grasp the difficult theories, and my grades exhibit dedication to furthering this competence.
So freshman algebra rolled around and I loved it. After two weeks in the class I was three and one half chapters ahead of the teacher. He would only assign the odd problems for homework, but I’d do them all. Geometry was even cooler. But thinking back, not one of the teachers even commended me for doing so well. My father noticed I was good at it, but I thought he had to tell me I was good; he was my father.
I believe I am an example of leadership, scholarship, character, and service in my own life. Some of the activities I am in represent how I uphold the ideals throughout my day. With Golf Basketball and all the sports I am in, I uphold the leadership pillar as a guide my peers. In Aca-Deca and Quiz bowl, I demonstrate the pillar of scholarship. While volunteering my time at church events and the in friends program I exhibit the pillars of character and service.
It is often said that math and science are two subjects that go hand in hand. Much of the work that scientists do, is conduct experiments to produce data. In most cases, the data involves numbers. Whether it involves weight, speed, time, temperature, etc., that data is mostly quantifiable. In order to solve problems, scientists, as well as students striving to be scientists must use the basic forms of algebra to accurately solve their calculations. Being a chemistry major, I have found that as a student progresses to higher level chemistry, the courses become more math intensive, this being a challenge for those who did not succeed in the following college algebra topics.
What did I learn in physics this year? Physics reveals how our surroundings operate or don’t operate. I learned how a microwave oven uses rays with a smaller wavelength than a lightbulb. One thing I learned about physics is that it’s all based on math. Having a math disability puts me at a disadvantage against all other students. I understand material better especially if the lesson is taught to me one-on-one and I also don't have a very good memory which doesn't allow me to remember material as fast and easier as others. Let me start off with I know about physics.