Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Physics in daily life
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Physics in daily life
Whether we realize or not, physics is a very prominent thing in all of our lives. Physics can be used to explain why just about everything in this world works the way it does. In physics class we learn multiple equations and how to apply those equations to multiple different problems and examples, but what happens when we try to apply these concepts ourselves in a real world situation? When first introduced to the Pack a Pringle project, I couldn’t believe how ridiculously easy of a project we had gotten. However, once I started to develop my own design and tested it out with the chip I realized how wrong I was. My partner and I came up with multiple different ideas, but we struggled to get a successful design down until the purpose of the …show more content…
This required materials that would be able to slow down our chip as it hits other objects and reduce the forces placed on it while it is being tossed around and gaining momentum. We also kept in mind that this momentum would be something that we couldn’t control, but the force and time was possible. We ended up using a sponge to protect our chip. We cut the sponge in half and then created holes in both halves that were big enough to house the chip once the sponge was taped back together. This was necessary in order to keep from crushing the chip when putting the sponge back together and also ensuring that it stays inside the sponge. The sponge worked because it provided the chip with a soft surface when it was tossed around while being mailed. The sponge was able to increase the time that it took for the sponge to collide with the things around it and thus, reduce the force of the …show more content…
In this lesson we learned about how momentum, collisions, and impulse all work together to affect motion and how they all affect the things we see occur in our lives. There are many things in our lives, such as shipping something as a fragile as a chip, that just aren’t possible without applying physics. Before this project I never even thought about how something is packaged and shipped from place to place, but I now realize there’s a lot more that goes into it. We do not live in a perfect world and some things aren’t as easy as just labeling a package “Fragile” and hoping it will turn out alright. There are times where we have to take things into our own hands and apply the things we learn in order to be successful and overcome the obstacles that try to stop us from getting to that point. I now have an even better understanding of the relationship between momentum, collisions, impulse, and motion and am able to recognize the four working together in many situations throughout my
Our machine showed physics in many ways. It used Newtons laws, collisions, and more aspects of physics. Our project showed ten different aspects in detail. This is our machine.
He then took me down to the garage and there, tucked in the corner, was a 4 foot tall wooden contraption. It was a can crushing machine that my grandfather built. I was a bit skeptical at first, but to my surprise, it worked perfectly. I went into this class with very little knowledge about the environment and the problems that plague it. After seeing how the environment is written about from many different points of view, I am realizing how important an issue it is.
With wonderful learning opportunities, a team of sharp and intelligent classmates and teachers, and specialized equipment, the Governor’s School at Innovation Park is the ultimate dream of all determined math/science devotees. With my natural curiosity for mathematics and science and eagerness to take on challenging ideas, I can collaborate with the team at Governor’s School to develop our wide spectrum of ideas and abilities into a highly sophisticated product.
Bloomfild, Louis A. How things work The Physics of Everyday Life. New York: John Wiley & Sons, 1997.
The chip has come a long way but where will it go from here? California inventor Mike Biegal first introduced the basic prototype for the microchip used in the biochip transponder in 1979. The chips are tiny, passive electronic devices ranging in size from 12 to 18mm in length and 2.0 to 3.5mm in diameter. All chips are individually inscribed and programmed to store a unique, permanent, 10-15-digit alphanumeric identification code. The GPM is coupled to an antenna and is sealed in an inert glass capsule.
Over the course of this class I feel like I have become a much better writer. When I go back and look at some of my Journal entries and assignments that I did at the beginning of the semester, I can’t help but tense up at some of the things I wrote. Sometimes the things I was writing didn’t flow well, or I might have even have missed glaring grammar mistakes.
Over the past year I have grown as both a person and a writer. My writing has improved
The microchip is a tiny transponder the size of a grain of uncooked rice. The chip is a permanent radio-frequency identification (RFID) chip implanted under the dog's skin that can be read by a chip scanner or wand. Implantation is done with an injector that places the chip under the loose skin over the dog's shoulder. This is a quick and easy process that can be done by all veterinarians provided they have the right technology to do so. The chip identification number is stored in a tiny transponder that can be read through the dog's skin by a scanner emitting low-frequency radio waves (Woolf 1). The frequency is picked up by a tiny antenna in the transponder, and the number is retrieved, decoded, and displayed in the scanner readout window. The radio waves use a frequency much lower than AM broadcast stations use, and they must be approved by the Federal Communications Commission before they can be marketed (Woolf 1). The chip, antenna, and capacitor are encased in a tiny glass tube. The tube is composed of soda lime glass, which is known for compatibility with living tissue. The glass is hermetically sealed to keep moisture out.
Essentially every single device that humans use to make their life easier can be greatly attributed to the field of physics for its inception. The laws of physics govern everything that we use, see, and observe life as we know it would not be possible without it. Multiple branches of physics exist, but one stands out as the branch that has the most promise to deliver devices well beyond even our wildest imagination, electricity and magnetism. Someone who has not been educated a great deal on the topic usually will not realize how big of a role electricity and magnetism play into their everyday life, and even life on earth. The phone they carry in their pocket, the invisible magnetic field of the earth keep life sustainable, and even the electrical signals that his or her own heart uses to pump blood to distribute throughout the body are all applications of the physical laws of electricity and magnetism. On the horizon lie endless amounts of other futuristic applications that physicists and engineers work tirelessly day after day on. If science is correct in its predictions of the future, electricity and magnetism will play a monumental role in shaping life on earth in the not so distant future.
“Complex things are made using simple concepts and principles." Looking back at my schooling days, this was the essence of thought that went through my mind, as I fidgeted with the various pieces of white goods I found at home. This curiosity for knowing "how things worked" has come a long way, from a science club member, who demonstrated experiments to fellow students in school to a "How Things Work" event volunteer in my high school. Even today, when I look at a multi-task horizontal machining centre, my mind wanders around the wonders of man-machine capabilities.
We don’t have to explain about how do the objects works because we know the purpose of the objects are designed like that. For example, we know the purpose of the hair dryer which it is use to blow dry our hair. Therefore you do not need any physics principle to explain to use it, in fact you just have to press the start button to use the hair dryer.
Everywhere I go, I'm always questioning and analyzing what I am looking at. I ask myself these questions: How does it work? What makes it work? Why does it work? As far as I can remember I have always been this type of person. When I was in Ecuador, I would always buy toys just to take them apart. I always watched in awe as I saw the gears moved like planets in the solar system. After taking apart the different toys, I would put them back together so that I could make my own toys. Every day was a great journey because there was always something to learn, something that I could look forward to. Sadly, one day my grandfather had a severe stroke and he wasn’t able to provide for us anymore. My parents immediately brought me to the U.S. where
Your son or daughter will plan an investigation to provide proof that the sum of the forces on a particular object along with its mass will directly impact the motion of that object. Students will work with balanced and unbalanced forces as well as qualitative comparisons of mass, forces and changes in motion.
Each generation throughout the span of time has defining characteristics, from the Baby Boomers to the Millennials, we each have experienced different things that shaped who we are. How different the world would be without televisions, computers, or even cell phones and we still relied on the radio to transmit information? While change has been necessary to keep up with cultural and social demands, it is always important to reflect on everything that has happened to each generation to get society to where it is today. Paugh History Hall in the Museum of the Rockies reminded me of just that.
When I graduate Liberty, I am going to be some excited to lead worship for a living. Ever since the 6th grade, I knew that God was calling me into ministry, especially the worship ministry. When I started to lead worship for my youth ministry and my school I felt always satisfied leading worship. While I was leading worship I knew that this is what God called me to and whenever I was given the opportunity lead I always took it, because I always loved to lead people into worship. Once I get a job as a worship pastor I know there will be some things that I never expected and struggles that come my way. One of the struggles that I think I’m going to face is doubting if I will ever be good enough.