Pinball University Entry Essay

I have been fascinated by computers since I was seven. That’s when I first attended a Take Your Child to Work Day with my dad, a software engineer. I begged him to teach me how to program. He began by teaching me BASIC on an original IBM PC, and I eventually taught myself C++, Java, Python, and more.

A bowling pin can be a stubborn opponent. A slight wrong turn of the wrist at the moment of launch can tip the odds in the pin’s favor. Yet the pin makes not one move. The pin realizes this, and knows that by remaining stone-faced, the bowler’s nerves will be shaken and bullets of sweat will come pouring like a cascade of water. The pin gloats at its incessant victory which only agitates the extraordinarily captivated bowler. However, the bowler’s focus causes him to fail every time he sends the ball like a message in a bullet towards that pin. The simple reality is that by remaining in a state of tranquility, success will be achieved, the bowler will emerge victorious, and the pin defeated.

I have chosen to pursue a career in computer science, because it has been a heavy influence on me throughout my life. All my life I have been surrounded by technology, almost more than half of my family has a career in the IT field, which is what sparked my interest. My earliest memory of when I first became interested was when I was about 6 and my mother bought me a phonics dog, and I was more interested in how it worked rather than what it did. I then saw the screw bolts and knew if I used a screwdriver I could see the inside of the toy so I opened it, and from then on I knew I was interested in technology. In middle school was when I first took my actual dive into the IT world and I learned there are different computer languages, and about different devices used in the tech world. Also I

Pinball is a fast pace game of physics and skill. With the knowledge of the mechanics and the physics of how the game works it can be played more effectively. Friction, gravity, potential energy, kinetic energy, circuits and momentum are just a few of the aspects of physics apply.

     The sport of volleyball was created by a man named William G. Morgan of Holyoke, Massachusetts in 1895. Morgan was a physical education teacher at the YMCA and called it "mintonette". It was an indoor or outdoor pastime that had characteristics of both handball and tennis. The first rules were written down by Morgan himself. He wrote that the game called for a 6 foot 6 inch net and a court of 25x50 feet. A match composed of 9 innings and 3 serves for each team in each inning. In case of a serving error they got a second chance just like in tennis. If the ball it the net

Do you want to abolish dodge ball? Is it really an apt game? Do you want your children to play this eradication activity? Dodge ball is perceived differently by many diverse individuals. Dodge ball has its pros and cons, but what do you think? While some critics covet it, others do not, like myself, who deems that this hazardous game is not a pertinent exercise for juvenile students.

Computing science excites and intrigues me. It is fascinating how the user communicates with the machine and how the computer processes it. Maths is my other passion which I thoroughly enjoy studying. It plays major role in computing science. Having researched the degree and discovering how much maths is involved, it definitely confirmed that computing science is where my future lies in. While researching the undergraduate degree I came across familiar looking modules that I have done at high school, some of the many available modules included from computer architecture, software testing to database systems. During my time at high school I have participated in several UKMT math challenges which I have won various awards and at one point achieving the best results in my school.

I don’t exactly remember my elementary years as well as I used to but I remember parts of it like my best friend was my cousin Austin we did just about everything together like we used to skate play games, I even played tee ball believe it or not, me a non-sports kinda kid playing tee ball. That all changed after I took a fly ball to my nose, and quit right then. I remember my skateboard my first one that was an ugly off set white with a black stick figure on it. I remember that my usual skate spot was at the school. I also remember this one time I was maybe 4th grade? Austin and I were at Legion Lake honestly it was more of just a pond but it had this huge hill we had a wagon because we bought 2 12 packs of mountain dew. When we got to the

The benefits and opportunities to embrace engineering far outweigh the difficulties in the process, but despite this, my pure love for mathematics has been the major contributor to my ambitions. From a young age, I found math incredibly enjoyable. The order and consistency found through something as simple as the order of operations served as a driving force to my curiosity and dedication to the subject. As the mathematical concepts intensified, I was able to adequately keep up and enjoy the journey along the way. While signing up for my senior year classes, the decision to take calculus was made easily. While speaking with the instructor, Yvonne Sebastian, I discovered that her love for math was derived from similar feelings. In an interview with Sebastian, she stated, “Math is a beautiful thing. Numbers are incredibly simple, but they can be used to calculate very complex scenarios. No matter how difficult a problem may seem, there is always a solution, an answer that can be found and understood through the power of math” (Y. Sebastian, personal communication, February 14, 2017). Interacting with a teacher who understood to a great level of degree my similar feelings regarding math has been an incredible motivator in my desire to pursue a career which incorporates mathematics frequently. For any individual to be happy with their occupation, I would argue that they must experience a desire to progress

I studied more, read more, researched more. I found comfort in studying for the longer exam, I enjoyed homework assignments that required more thinking and analyzing, I reveled in analyzing dystopian texts from authors and relating them to modern society, I loved the complex graphs of sine, cosine, and tangent. Furthermore, I absolutely enjoyed memorizing the parts of the human body and the process by which DNA is replicated and its many applications in science. As I became extremely dedicated by the will to succeed in the classroom, it became easier to understand why my mother wanted for me to attend college. And when I got into college, I was faced with unforeseen adversity; the professors taught differently and the assignments were more demanding.

n college sports are important for the physical body, finding jobs when done with college and

Dodgeball is definitely a game worth playing no matter what the situation. There are three reasons that I will cover and those are dodgeball is fun to play, dodgeball can let out our physical potential, and dodgeball teaches life skills. These reasons were chosen because of their facts.

Dodgeball is an important part of students health. First of all, dodgeball benefits hand-eye coordination. Players have to catch and throw. They need to throw accurate, but also know where they will need to catch near them. Second, this activity improves flexibility. Dodging the ball improves the body’s flexibility when jolting out of its way. Dodgeball also includes the release of endorphins. This means happy chemicals are released from the body and that makes you happy.

My true passion for engineering began when I came across the quote: "Technology are devices that make our lives better". Despite my first love of mathematics, my recent interest for engineering has come from two major influences. The first being my mathematics and physics teachers, both engineers by nature, who have helped me enhance the fundamental skills essential for engineering and embrace the importance of the field. The second being the learning about uses of technology in Computer Science, it taught me the magnitude of which technology contributes to our everyday lives has led me to intensify my desire to improve the lives of others.

Mathematics and Sciences truly enchanted me because they governed everything around me. Participation in school competitions and other voluntary activates like Quizzes, games and cultural activities always demanded an innovative perspective in me. During those years, working of The Television I see, The Telephone I speak, The Music system I listen to fascinated me. It was in my high school that I could reason out that it is because of Electronics that makes these things possible that sealed my interest for higher