For high school, I chose to go to STEAM Academy. Since the first letter of STEAM is meant to represent “Science”, you would expect that I would have quite some knowledge on the subject. However, that is not the case. During my four years at STEAM, the science classes that I took included integrated science, biology, chemistry, microbiology, and psychology. For someone who does not know a lot about STEAM, that sounds like a typical amount of science courses and that someone who has taken this many science courses should have a pretty fair, basic understanding of the sciences. For someone who does know a lot about STEAM, they would know that I was in the inaugural class, meaning that each time I took a course, it was the first time that it had been offered by my school and that I was a true guinea pig for each of these courses. Because of my choice to go to STEAM Academy, I have little to no experience with chemistry.
As you can conclude from previous statements, I was in the first group of students at STEAM Academy to take chemistry. An important thing to note about about STEAM Academy is that it runs on a semester based schedule like typical colleges do. This meant that when my chemistry teacher put in a purchase order request for important chemistry supplies at the beginning of the semester, they were not approved and/or received before I had
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In my seventh grade science course, we were given basic information about anions and cations, we learned how to use models to create chemical formulas, and we conducted several experiments. The only one of these experiments that I can remember in detail is when we were stationed at bunsen burners, given chemicals, and were told to find out what colors the chemicals burnt. The experiments we did were often more to keep us entertained and we were never truly explained all of the science behind
We were asked to correctly communicate these findings as we tested each of the substances she had encountered with both water and hexane. In experiment number three, The Relationship Between the Volume of a Gas and the Temperature, we where given a list of materials and asked to come up with our own procedure, which we did using zip lock bags filled with air, and submerged fully in a measured amount of water in order to find the volume, and then the change in volume when the temperature of the water was increased. In the fourth experiment we were asked to find the temperature of heated water, based on the cold and warm water. The experiment also required that each section be preformed several times in order to ensure accuracy, and also asked that the experimental responsibilities be split up between lab partners, each doing a section of the testing. This gave us an opportunity to work together with our fellow lab partners, with no one person doing the bulk of the work.
The objective of the experiment was to try to figure out what the mystery powder was. I used a bunsen burner, four different types of liquids. We were given eight powders and one of these powders were our mystery powder. And each powder reacted different to the fire and the liquid. We had to go back into our notes and see what matched to what.
Educational Inconsistency I remember the first experience in a true science course, it was nerve racking and overflowed with mysteries; I loved it and that has not changed since. This current semester in college, I decided to enroll in both Biology 112 and Chemistry 111 expecting my prior biology knowledge to assist in making chemistry easier; however, I quickly learned that I was mistaken. After a few weeks, I learned that some information from biology differed from the information in chemistry; even the most simplistic topics were completely different along with their corresponding vocabulary and definitions! How can two relating science classes differ so much?
Since the age of four, I have attended various math and writing classes, closing the initial gap between me and my classmates. Also, I spent my eighth-grade year at BASIS Ahwatukee, similar to the KIPP Academy mentioned in Outliers, where teachers drill academic proficiency into the students’ minds. As a middle schooler, I took eight classes a day, three of which were required science courses. These circumstances represent the “rice paddy” analogy where you can use grit and diligence to wipe away any disadvantage. As a result, I am currently rank one in my class, taking all AP or honors courses.
High school and the courses you choose are simply the beginning of your continuing education to becoming a physician 's
During my high school career, I see the step that I have taken has gotten me closer to my dreams and to my goals for the future by taking every chance I can get to maintain my GPA and continuously get better grades. Also, I try to take the some advanced classes at Lincoln Land Community college and high school such as: AP European History, Sociology and Biology 101 which are a college course. In all my
I plan on obtaining my masters in nursing and becoming a neonatal nurse. Without taking science courses at River Valley, becoming a nurse would have never crossed my mind. As a sophomore I took biology where I learned about topics such as genetics and how different genes can affect an offspring. In chemistry I became fascinated with the idea of mixing different elements and chemicals to make something brand new and in anatomy I was taught about the skeletal, muscle and nervous systems which we were able to better see through
Ever since grade school, I was passionate about working in the field of medicine, and science. I enjoyed anatomy, medical spelling and terminology, and reading about the healthcare industry. Because of my passion for healthcare, I decided to to attend Health Sciences High. There, I was given the best opportunities, such as, medical internships and college health courses. My plans and goals had turned me into a mature young adult.
Slime Time Chemistry and biology often overlap in their content or their umbrellas of areas of study and information. It is impossible to fully understand biology without fully understanding chemistry and vise versa or at least knowing some things about the other. One lab that is offered by Hennepin Technical College of Minnesota in the class, Biology in Society, is called Chemical Bonding Fundamentals: Lab 3. The lab focuses on the understanding of polarity as well as identifying if certain inks and solvents are polar or non-polar. The experiment is called Slime Time and it consists of three parts; making the slime, slime and putty ink tests, and chromatography of ink samples.
High school was an extreme thrill from the first day of my freshman year. As I stepped off the school bus and entered the building, I knew that Brewbaker Technology Magnet High School would be my home for the next four years. BrewTech was ranked the number five school in the state, so I knew I was among the elite and had big shoes to fill. As I began to stroll the halls to locate my class, I was greeted by smiling faces of students and teachers a like. With minor bumps in the road, I completed my freshman year in high school acquiring friends that I still have today.
Introduction: The purpose of this experiment is to demonstrate the different types of chemical reactions, those including Copper. There are different types of chemical reactions. A double displacement reaction is a chemical process involving the exchange of bonds between two reacting chemical species. A a decomposition reaction is the separation of a chemical compound into elements or simpler compounds and the single-displacement reaction is a type of
Throughout the experiment, copper was altered a total of 5 times, but after the final chemical reaction, solid, elemental copper returned. Each time the solution changed color, a precipitate formed, or when gas appeared, indicated that a chemical reaction was occurring. For the first reaction, copper was added to nitric acid, forming the aqueous copper (II) nitrate (where the copper went), along with liquid water, and
Everyone knows the simple and easy experiment of vinegar and baking soda, but do you really know how it works. This paper will not only explain what makes these two very different chemicals react, but also what materials you will need to accomplish this easy science experiment. Baking soda and vinegar are two different chemical with two very different uses, they are not really even supposed to be used for a science experiment, take vinegar for example, some individuals use vinegar for cooking. Baking soda has a very different use, it is used for bee-stings. When vinegar and baking soda are combined, the hydrogen ions in the vinegar interact with the sodium and bicarbonate in the baking soda.
Growing up as a child of an immigrant mother and father, I was told to go to school, be successful academically, and land a well-paying job. Thus, in my younger years the majority of the classes I have taken felt more like chores and not something I enjoy learning. However, that all changed when I took chemistry in the second year of high school. I was incredibly fascinated and intrigued by how the world is created by the arrangement of molecules and within these molecules has even smaller particles of atoms and even smaller particles of protons, neutrons, and electrons. My love for chemistry has given me a sense of discovery as well as reviving and receiving a purpose for learning other subjects.
Growing up with parents very passionate about the health care field has had a tremendous influence on my decision to pursue the health sciences. This was because of two things: my interest in helping others and my fascination with science. I was always been interested with science in grade school mostly because it interested me to see how living organisms functioned. This was especially true when it came to the human body. Helping others has also always been a passion of mine for as long as I remember.