This document is an essay discussing the role of physics in everyday life. It provides numerous examples of how physics underlies many common everyday phenomena and technologies, from using tools like microscopes and X-ray machines in medicine, to transportation like cars that rely on Newton's laws of motion, to appliances like washing machines that use concepts of centripetal force. The essay argues that physics is essential to understanding and solving problems across many areas of life, from energy to motion to technologies of all kinds. Physics can be seen in activities as simple as using a slide at the park or as complex as developing new energy sources - it fundamentally shapes our world and advances human progress.
The document discusses the history of the author's views on physics. As a high school student, they disliked physics due to not understanding equations. Their view changed after taking undergraduate physics classes, which they found fascinating. During their time at a physics institute, they conducted original research, discovering a new solution to the Yang-Baxter equation through taking limits of an elliptic beta integral. Conducting research was a new experience that required sustained effort over weeks before achieving success, which gave them an ecstatic feeling of discovery.
This document discusses several key points about ethics in science:
1. Science can be used for both beneficial and harmful purposes, as scientific discoveries and inventions can be applied in either way. Examples given include medical advances but also weapons development.
2. Scientists have a responsibility to consider the ethical implications and potential misuses of their work. However, determining ethical limits is complex as values differ between individuals and societies.
3. While science itself is amoral, human decisions about its application and oversight are not. There is an ongoing debate around whether and how to regulate certain areas of science to prevent harm while allowing progress. Overall ethical judgment requires balancing benefits, risks, and individual rights.
The document discusses the author's reflection on their 9th grade physical science class, which taught them basic concepts like the structure of atoms, chemical equations, and the scientific method, even though the teacher was often absent and did not provide detailed explanations. While it was difficult for the author due to a language barrier, reviewing the textbook helped them teach themselves and get through high school science classes. The class demonstrated the importance of self-learning skills.
The document discusses the scientific cycle and how it relates to understanding and addressing societal issues like reducing fossil fuel consumption. It explains that the scientific cycle involves making observations, analyzing data, developing hypotheses, testing hypotheses through experiments or models, and revising understanding based on results. Society can apply the scientific consensus on issues, like the role of human activity in climate change, to make informed decisions about steering a course of action, though scientists can only provide information, not make the decisions.
This document provides an outline for a semester-long general education physics course titled "Physics For Everyone". It includes an introduction to the course materials and objectives, as well as a week-by-week outline of the course topics, key points to be covered each week, assignments, and recommended online video resources for each topic. The course aims to make physics accessible and relevant for all students using a variety of open educational resources.
This document discusses physics and its applications in health sciences. It begins by defining physics as the study of matter, energy, and forces. It then discusses how physics relates to other sciences like biology, chemistry, and earth sciences. The document outlines several ways physics is used in health sciences, such as in athletics, physical therapy, hearing, ultrasound, and medical imaging technologies like X-rays. Physics principles like Archimedes' principle and properties of waves are important to understanding concepts in health and medicine.
Medical advances over the 20th century have benefited humanity but also caused tensions between faith and reason. Diseases like measles and whooping cough can now be treated with vaccines and medicines. Advances like heart surgery, organ transplants, and pain management have saved lives. However, newer technologies related to cloning, life support, and prenatal care have also been controversial as some argue they conflict with religious beliefs. There is an ongoing debate around how much humans should alter life through medical advances.
The document discusses the history of the author's views on physics. As a high school student, they disliked physics due to not understanding equations. Their view changed after taking undergraduate physics classes, which they found fascinating. During their time at a physics institute, they conducted original research, discovering a new solution to the Yang-Baxter equation through taking limits of an elliptic beta integral. Conducting research was a new experience that required sustained effort over weeks before achieving success, which gave them an ecstatic feeling of discovery.
This document discusses several key points about ethics in science:
1. Science can be used for both beneficial and harmful purposes, as scientific discoveries and inventions can be applied in either way. Examples given include medical advances but also weapons development.
2. Scientists have a responsibility to consider the ethical implications and potential misuses of their work. However, determining ethical limits is complex as values differ between individuals and societies.
3. While science itself is amoral, human decisions about its application and oversight are not. There is an ongoing debate around whether and how to regulate certain areas of science to prevent harm while allowing progress. Overall ethical judgment requires balancing benefits, risks, and individual rights.
The document discusses the author's reflection on their 9th grade physical science class, which taught them basic concepts like the structure of atoms, chemical equations, and the scientific method, even though the teacher was often absent and did not provide detailed explanations. While it was difficult for the author due to a language barrier, reviewing the textbook helped them teach themselves and get through high school science classes. The class demonstrated the importance of self-learning skills.
The document discusses the scientific cycle and how it relates to understanding and addressing societal issues like reducing fossil fuel consumption. It explains that the scientific cycle involves making observations, analyzing data, developing hypotheses, testing hypotheses through experiments or models, and revising understanding based on results. Society can apply the scientific consensus on issues, like the role of human activity in climate change, to make informed decisions about steering a course of action, though scientists can only provide information, not make the decisions.
This document provides an outline for a semester-long general education physics course titled "Physics For Everyone". It includes an introduction to the course materials and objectives, as well as a week-by-week outline of the course topics, key points to be covered each week, assignments, and recommended online video resources for each topic. The course aims to make physics accessible and relevant for all students using a variety of open educational resources.
This document discusses physics and its applications in health sciences. It begins by defining physics as the study of matter, energy, and forces. It then discusses how physics relates to other sciences like biology, chemistry, and earth sciences. The document outlines several ways physics is used in health sciences, such as in athletics, physical therapy, hearing, ultrasound, and medical imaging technologies like X-rays. Physics principles like Archimedes' principle and properties of waves are important to understanding concepts in health and medicine.
Medical advances over the 20th century have benefited humanity but also caused tensions between faith and reason. Diseases like measles and whooping cough can now be treated with vaccines and medicines. Advances like heart surgery, organ transplants, and pain management have saved lives. However, newer technologies related to cloning, life support, and prenatal care have also been controversial as some argue they conflict with religious beliefs. There is an ongoing debate around how much humans should alter life through medical advances.
The document provides a history of Halloween traditions. It begins with discussing how the ancient Celtic festival of Samhain, marking the end of the harvest season, is the origin of modern Halloween celebrations. Families would light bonfires and wear costumes to ward off ghosts. When the Roman Catholic Church came to power in the 8th century, they established the holiday of All Saints' Day on November 1st. The evening before became known as All Hallows' Eve, later shortened to Halloween. Traditional Halloween activities such as wearing costumes and carving jack-o'-lanterns are modern adaptations of ancient Celtic harvest traditions.
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Physics has been unified in our daily lives so well that it has imprisoned people with its combined forces. Physics have many long-term and short-term uses in our daily lives from which our lives are evolved. Many technologies today incorporate the laws of physics in their working. In this essay, some of the noteworthy applications of physics in our daily lives, have been mentioned.
This document provides an overview and introduction to a Natural Science I course taught by Dr. Henry J. Ramos. It outlines the course objectives, requirements, topics to be covered which include the history of physics and chemistry from ancient views to modern quantum theory. It also discusses the nature of science, the scientific method, characteristics of physics, and the relationship between science and society.
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The document provides a history of Halloween traditions. It begins with discussing how the ancient Celtic festival of Samhain, marking the end of the harvest season, is the origin of modern Halloween celebrations. Families would light bonfires and wear costumes to ward off ghosts. When the Roman Catholic Church came to power in the 8th century, they established the holiday of All Saints' Day on November 1st. The evening before became known as All Hallows' Eve, later shortened to Halloween. Traditional Halloween activities such as wearing costumes and carving jack-o'-lanterns are modern adaptations of ancient Celtic harvest traditions.
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Physics_in_everyday_life_Essay_.docx.docx
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The Use of Physics in Everyday Life
Nakyla Wilks
PHYS2010
Project-1
3/18/20
Physics is viewed as a useful subject in everyday life. Ithas been a team effort over centuries, but
arguably the first person who made major discoveries that were squarely in the area of what we now
regard as physics was Galileo Galilei. Physics is included in everyday phenomena, puzzles, and toys that
offer a few challenges leading to deep and interesting problems that come from science and mathematics.
It provides us an understanding of energy, motion and explains these facts as a combination of
fundamental fragments interacting through fundamental forces. Physics is everywhere around us despite
the fact no one really talks about it. We use energy everyday to complete our daily duties. There is kinetic
energy, potential energy, conservation of energy, velocity, acceleration, mass, force,and gravity. Energy
enables you to accomplish work. Physics is the spine for any everyday life model including power,
electric light, wristwatch,CD player, phone, radio, plasma TV set, PC,cooler, and others. Any innovation
that is utilized in our everyday life is identified with this science. What's more, it is accepted that Physics
is needed in tackling various future issues as all forward-looking advancements depend on the bits of
knowledge of physical science. Physics was mad to solve all our future problems.
These potential issues might be identified with the advancement of power devices, atomic
combination as an energy source, and others. The human eye intends to be a source of anatomy. The eye
can refract light and produce any color image. However, there was a time our eyes were the only thing we
had to see. Eye can see various shapes and shades of the items. Light comprises of seven hues, when it
falls on an item state,book of shading red, it ingests all the hues and reflect red shading. This causes us to
decipher that the front of this book is red. At the point when light falls white on an object then it mirrors
all the hues and that is the reason it is white. Physicists started to invent instruments to help us see better
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than our eyes. Microscopes and binoculars were invented for us to see an exceptionally long distance that
the eye can not see. A microscope gives you the ability to see the smallest atom there is. Now today we
have instruments like MRI and X-Ray machines that allows Physicians to see brain activity and broken
bones that you can not see with a naked eye. This give doctors the ability to keep us healthy from things
that can kill us. The light bulb to me is a great invention the way you can just walk into your home and
flip the switch on and of just for the lights to brighten or darken a room. These are things that were not
here years ago.
Light is a type of energy that can be released by an atom. It is comprised of numerous little
molecules like bundles that have vitality and force but no mass. These particles, called light photons, are
the most essential units of light. These particles release light photons when their electrons become
energized. The start of every day begins with the use of physics especially if you attend school or work.
Our transportation also is a part of physics. Vehicles and trains use the wheel, which gives a smooth,
consistent movement. Newton's laws of movement are busy working as mechanical power and speeding
up, activity, response, and idleness. Planes make it one stride further, permitting lift just as forward force.
The vast majority utilize a clothes washer to wash their clothes, and indeed, material science can be found
behind at any rate one of the patterns of washing clothes. The clothes washer,on turn cycle, is in a
uniform round movement, which implies that it is continually quickening, yet not continually
accelerating. It is simply altering course since it is moving around. As the clothes washer is turning with a
rapid, within dividers are applying a power, called centripetal power, on the clothes. "With a centripetal
power, the item moves in a circular morion. At the point when the unequal power is discharged, the object
moves along an unrelated way, at a steady speed." The power causing the centripetal power is a power
brought about by different items and is certifiably not another power. The centripetal power is attempting
to toss the clothes out of within dividers alongside the water. Since there are little gaps within the inward
dividers, as the power is being pushed on the clothes, the water can go on in a straight line out of within
dividers of the clothes washer. In this manner, the centripetal power is following up on the clothes and not
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the water. While the centripetal power is attempting to push the clothes out of the machine, the diffusive
power is pushing the clothes back in the machine in a round motion. Without the partition of the water
and the clothes, it would take entirely to long to dry the washed clothes
Have you ever paid attention to the objects that surrounding you while enjoying a sunny day at the
park with your children? Science is also activity that may likewise be found in a basic lever. It tends to be
most effectively seen at parks. Levers as a rule come in three flavors and serve to amplify power. They
reduce the item's weight on the contradicting end. A basic "see-saw"at park consists of a switch and the
support. The two restricting powers offset one another, making a smooth ride through the air. At a similar
park you'll see a slide, a gadget that joins the stairs going up with the slide going down, the two instances
of slanted planes. The slanted plane facilitates the exertion of moving by spreading it over a more
extended separation. The smooth slide returns you delicately to earth, easing back the impact of gravity
sufficiently only to make it fun. Although Physics is helpful in everyday it also can be dangerous. We
have all had big accidents pertaining to physics. Physics is all around wether it’s cooking or anything else
no matter what you do in life when it comes to any activity it has physics in it. We use heat to cook our
food; Heat is vitality that moves from a hotter substance to a colder one. At the point when you utilize a
stove, the loop, fire, or cooktop moves heat vitality to the pot or skillet that is determined to top of it. At
that point, the warmth from the pot or skillet is moved to the nourishment inside. Little speakers in your
earphones use power and moving magnets to make sound waves. The sound waves that originate from the
speaker bob off your eardrums,which your cerebrum deciphers as music. Sound waves that you hear,
regardless of whether they originate from someone else or a speaker,bounce off items and travel through
the air and into your ears. Your mind utilizes the waves to decipher where a sound is coming from and
how noisy it is.
This essay gives countless examples of physics in everyday life. Physics oversees a ton of common
marvel and furthermore characterize various manufactured things like vehicles, fridges, microwave, and
elevators. Consequently, we can say that our reality is administered by Physics. Physics leads our lives as
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we realize that gravitational power of the earth causes us to remain very still. Without the draw of the
earth, we would cruise over the sky. from using instruments to heal deadly diseases to exercises as
unremarkable as driving a vehicle; from building unearthing and deciding the period of fossils to tuning
in to music, physics oversees our lives in various manners. With the beginning of the Information Age and
the advances in the semiconductor business, registering is just going to get swifter, more astute, and littler
and as this occurs,the impact of material science is just going to increment. The focal point of many
research bunches today is the proficient and compelling saddling of feasible wellsprings of vitality, for
example, wind and sun-oriented vitality. The standards behind removing and bridling these types of
vitality lie established in material science. Indeed, even today, the force we get are because of
hydroelectric force plants which convert potential vitality of water put away in dam into electrical vitality
or atomic force which includes the parting of a core to separate the surplus vitality put away in it, shows
that material science is surrounding us. It isn't important to see how everything functions in extraordinary
detail except if there is an enthusiasm for the subject; in any case,it is important to recognize the impact
of physics in our day by day lives.
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Works Cited
Bm Devendra, Sam, Anne, Z., & Alka. (2020, March 11). Different Types of Motion in Physics
and Their Examples. Retrieved from https://physicsabout.com/motion/
HEAT. (n.d.). Retrieved from http://www.scienceclarified.com/everyday/Real-Life-Physics-Vol-
2/Heat.html
Jones, A. Z. (2019, February 11). What You Should Know About Physics. Retrieved from
https://www.thoughtco.com/what-is-physics-2699069
StudiousGuy. (2019, December 18). 10 Examples of Physics in Everyday Life. Retrieved from
https://studiousguy.com/10-examples-of-physics-in-everyday-life/
Woodford, C. (2019, August 7). Clothes washing machines: How they work. Retrieved from
https://www.explainthatstuff.com/washingmachine.html