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- physics helped develop military technology by inventing/helping the design of military utensils.
- physics was a great controller for many countries during the wars.
- the contribution of physicists helps with electro-optics for combat use.
- physics helps with national security such as the use of satellites.
-physics helps with the air-combat part of the military

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- Physics and Computers are a mix of things some are life-saving, some technology is a time ahead, and then we just have common use technology

- starting with life-saving techs like Smartwatches and phones with crash detection, emergency automatic braking with lane assist, and vaccine delivery drones

- Next off technology that is way ahead of our time like NASA's supercomputers supporting missions in aeronautics, human spaceflight, astrophysics, and Earth science.

- Last but not least technology we all use, you know that phone you hold in your hand it's more powerful than one of NASA's first supercomputers.

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- To launch GPS satellites into space, physics is required to make certain calculations

- Physics is used in GPS by using physics measurements like delta x and time to track speed

- physics is used in GPS to calculate time by using velocity and distance

- GPS uses physics measurements by tracking distances through velocity and time

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- With physics, digital imagery was created and allowed for a new world of photography to be introduced.  Made images clearer and allowed for better observation.

- X-ray astronomy developed technology like luggage scanners which creates safer environments.

- Satellites had telescopes incorporated into them which allowed for monitoring of the military's activities.

- Using infrared imaging technology, ancient articles, and cities are being discovered.

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The Importance of Physics in Life and Engineering 

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The Importance of Physics in Life and Engineering 

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- Physics can help us with our daily life with ironing clothes, cooking, washing, and just answering a telephone call.

- Physics can also involve cars, trains, any flying objects, ships, and the homes we live in.

- Physics is an important part with mechanical and Civil engineering because it is mainly applied by physics.

- Physics is also a major part of electrical engineering, which can lead to other branches such as biomedical engineering and bio technology.

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- Helps save millions of lives
- There are many employment opportunities in the US for people who are involved in physics and medicine
- CAT Scans - Help reduce the need for surgery
- MRI - Improves diagnosis (more than 60 million MRI scans per year)
- Ultrasound - it gives doctors earlier and more accurate information about fetal development
- Overall, Physics has enhanced all technology throughout the medical field.

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- Pollution reduction and efficient energy productions have been made possible through physical sciences
- Worldwide environmental technology market launched by research
- Reduced greenhouse gas emissions help prevent hazardous pollutants reach the atmosphere.
- Physics allows us to monitor the earth with a weather grid system and come up with more efficient and cleaner energy alternatives.
- We use physics to analyze the contents of the atmosphere, to figure out how the sun's radiation interacts with gases in our atmosphere, to measure the heat inputs and outputs from space and to predict the weather.

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Physics In Engineering by: Joshua Figueroa

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Physics In Engineering by: Joshua Figueroa

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Engineering is also a form of applied science with physics as an important part. Civil Engineering involves a major part of geology, which is also a derivative of physics. Another major part of engineering is Electrical engineering, this is a derivative of Electrical Physics. Since Electrical engineering leads to Electronics engineering and finally to Computer engineering and Information Technology, it can be concluded that the mother of all engineering branches is physics. Examples of physics that we do in our life is flying airplanes and kites, the construction of bridges, buildings, roads, houses, ships and boats. Many modern facilities like washing machines, refrigerator and floor publishers also make use of the principles of physics.

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Physicists have a crucial role to play in this work and are responsible for innovations ranging from low-energy computing to breakthroughs in solar and wind power and the battery technology which is needed to store energy drawn from new sources. The IOP and its allied physical societies across the world are committed to supporting physicists in this work, and in ensuring they have the investment, networks and working environment they need to succeed in this vital endeavour.

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-Physics creates energy alternatives
an example is how solar cells grow 30% a year now
-Research is producing a very integrated picture of how weather, climate, forestation, and urban growth interact
-One of NASA's Satellites look after the global weather, climate change and natural resources
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WWI and Physics (Jordan Ketchum, Aren Sandjian)

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WWI and Physics (Jordan Ketchum, Aren Sandjian)

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In WWI, the militaries used scientist and engineers for newer technology. The new use of tanks and aircraft made a marginal impact and the use of poison gas made a psychological impact. Scientist were developing their own gas and gas research escalated. Research was conducted on the psychological effects of other gases such as hydrogean cyanide, arsenic

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File:British 55th Division gas casualties 10 April 1918.jpg - Wikipedia

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English: British 55th (West Lancashire) Division troops blinded by tear gas await treatment at an Advanced Dressing Station near Bethune during the Battle of Estaires, 10 April 1918, part of the German offensive in Flanders.

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How Physics Saves Lives (Seant Kababjian)

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How Physics Saves Lives (Seant Kababjian)

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Physics has provided us with much-advanced technology such as cat scans to reduce the need for surgery by providing a detailed 3D image of the patient’s body, and determining if surgery is necessary. Ultrasounds also provide doctors with earlier and more accurate information about the development of a fetus.

Other forms of Medical Imaging are Mammograms, X-rays to detect breast cancer, PET scans, used to diagnose brain diseases, Digital X-rays, which provide high-quality images and expose patients to lower doses of X-rays, and Molecular Imaging, which help track biological processes in living animals.

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Why is physics important in military technology 

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Why is physics important in military technology 

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Physics has helped in the war in many ways over the years. During WWI physicists developed wireless communication technologies and sound-based methods of detecting submarines. during the time period from WWI to WWII, physicists developed many other devices and tools of detecting and targeting. The physicist created the radar that was used to detect oncoming missiles attacks and other vessels.

Physics has also helped create better weapons for combat and better equipment. The engineers and physicist helped each other create better accurate weapons with longer range. In the present day, the military are still finding ways to create better weapons for war.

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Physics and Technology (Melanie Petrosian, Matthew Wiener

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Physics and Technology (Melanie Petrosian, Matthew Wiener

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Astronomers developed X-ray and UV optics which help improve microchips in PCs and other electronics.
Infrared detectors developed by astronomers are used in microchip quality-control systems, leading to more reliable and cheaper electronic products.

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The Physics in Lasers By: Malia Plourde and Marissa Sandoval

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The Physics in Lasers By: Malia Plourde and Marissa Sandoval

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Lasers carry optical data and help with faster communications. They're also used in medical procedures like eye surgery and skin cancer removal, and it leads to less infection.
CDs, DVDs, checkout scanners, and printers are also products that rely on lasers. Lasers are more precise when welding materials and they rarely wear out.

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The Importance of Physics in Life and Engineering by: Valerie and Freddy

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The Importance of Physics in Life and Engineering by: Valerie and Freddy

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Physics is the mother of all science,Physics revolves around us in our daily life like Ironing clothes, Cooking, Washing, Answering a phone call, and listening to the radio. Mathematics and Chemistry are derivatives of Physics. Engineering uses applied science with physics. Many things that we use in our daily life are made by engineers like snowboards, running shoes, water slides, the ferris wheel etc.. Electrical Engineering is a derivative of physics, Electrical Engineering helps build rockets, robots, and electrical vehicles. Electrical Engineers design and test digital and control systems using physics and involve electrodynamics.

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How physics helps the environment... By: Destiny Arroyo and Melani Climaco

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How physics helps the environment... By: Destiny Arroyo and Melani Climaco

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Physics is helping the environment and here is how. Physical sciences are focusing on the determination of factors that are contributing to harm in ecosystems. Physical sciences are helping fund pollution reduction, produce efficient energy production methods, and create new technologies. By monitoring our planet closely we are able to see where are planet needs the most help and how we can take action. One major issue is poor air quality, this contributes to health and productivity expenses. New methods are being tested to reduce the indoor pollutants. Solar cells are increasing and so are hybrid vehicles and it is because of physics. In closing, physics contributes to more in society than we would think and plays an important role in our environment.

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Military Technology Involving Physics. By Felipe Achoyan and Michael Campochiaro

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Military Technology Involving Physics. By Felipe Achoyan and Michael Campochiaro

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The physics were important in WW2 because they had the new addition of radars. This allowed for commanders or soldiers to see incoming ships or aircraft from opposing sides. The invention of Radar also allowed for radar fuzes. During the war the atomic bomb was also invented which was a critical part of history. Rocket science, meteorology and mathematical cryptography were also crucial parts of the war.

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R Physics stimulates industry lasers Estefania Morones, Omar Mendoza, Jasmine Greene

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R Physics stimulates industry lasers Estefania Morones, Omar Mendoza, Jasmine Greene

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Physics is used everywhere and anywhere in this case lasers are a part of physics and are used in..

Military Lasers
- target destination and ranging
- defensive countermeasures
- communications
- directed energy weapons

Industrial Lasers
- They are used for welding and cutting metals
- Mainly used in primary metal industries

Medical Lasers
- They are used in many surgeries like eye and skin cancer removal surgery.
- Lasers minimize the need for general anesthesia and helps with bleeding and infection.

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Ib, Diana The Importance of physics In Engineering

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Ib, Diana The Importance of physics In Engineering

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Some examples of physics in engineering are  Electrical engineering. This is a derivative of Electrical physics. Since Electrical engineering leads to Electronics engineering and finally to Computer engineering and Information Technology it can be concluded that physics In Engineering is important.

Physics in our daily life is also important some examples of that are ironing clothes, cooking, washing, answering a telephone call, listening to the radio, etc are some of the activities where we use the principles of physics.

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MRI machines relate to physics because they allow us to use radio waves and magnets to see what is happening with the human body. MRIs also don't use radiation, which is harmful to the body in excess amounts. MRIs use magnets to sense how much water is in certain tissues of the body to generate a scan. MRIs help doctors diagnose diseases and help save many lives. Many more MRI machines are being installed in hospitals around the world.

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Atomic bombs have made big impacts on the world's history. Behind the bomb, physics takes a big part in how it is made and how it works. The atomic bomb that exploded in Hiroshima let out about 1.5 x 10^13 joules of energy. That is a lot of energy. Physics plays a role in this because to create an atomic bomb, there are multiple components like velocity that have to do with physics. In WW2, the military was funding physics in order to get a tactical advantage against the enemy.

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Physics and how it helps the environment (Jessica Eldridge, Gilmar Sandoval)

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Physics and how it helps the environment (Jessica Eldridge, Gilmar Sandoval)

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Solar panels are one of many things that physics plays a part in to aid the world effort to reduce energy waste. Solar panels directly take energy from the sun and use it to create energy we can use. Solar panels are made up of solar cells, when sunlight hits these solar cells light particles (photons) hit an electron causing the electron to phase out of the silicon (sheet of solar cells). These are important because solar panels reduce the use of energy waste and create a much greener and reusable form of energy that benefits us all. The total amount of solar energy received on earth is way more than the world's current and anticipated energy requirements, therefore using resources such as oil and coal which are non-renewable resources are not as beneficial as the sun and its physics.

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History Of Military Technology                           (Aren Sandjian) (Jordan Ketchum)

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History Of Military Technology                           (Aren Sandjian) (Jordan Ketchum)

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History of military technology had a lot to do with physics because to further make the technology of that time more efficient had a lot to do with natural materials. For an example in the late 19th and 20th century there was a trend to try to make rifles powderless.