Physics Reflection
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The document discusses the author's reflections on taking a physics class. It begins by explaining that before the class, the author viewed physics as a sophisticated science but had little actual knowledge. Through the class, the author learned physics governs all past, present, and future events by studying matter and motion. The class covered topics like forces, torque, energy, and projectile motion. In conclusion, the author recognizes physics is fundamental to technology and our understanding of the world, serving as a foundation for discovery and future advances.
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Physics Reflection
The document discusses the author's understanding of physics before and after taking a physics class. It explains that physics governs all matter and motion in the universe, studying topics like forces, energy, and mechanics. It also discusses how physics is essential to modern technology and innovations, as it explains fundamental concepts like electricity, magnetism, and the nature of particles and waves. Physics provides mathematical formulas for calculating various physical properties and is the most basic science, important for understanding our lives and advancing future discoveries.
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Physics is the study of matter and energy, and the interaction between the two. The document introduces some of the main topics in physics that will be covered, including mechanics, kinematics, dynamics, gravity, energy, electromagnetism, and waves. Mechanics is broken down into kinematics, the study of motion, and dynamics, the study of forces and their effects on motion. Gravity and energy are also discussed in the introduction.
List of some important physics topics useful for students
This document provides an overview of important physics topics for students to study. It begins by defining physics as the study of how things work in nature and the universe. Some key physics topics are then listed and briefly described, including kinematics, Newton's laws of motion, vectors and projectiles, work and energy, thermal physics, and vibrations and waves. Kinematics is defined as describing motion without considering causes. Newton's laws relate to uniform motion, forces and acceleration, and action-reaction. The document concludes by encouraging students to study these physics topics to aid in assignments.
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Physics Reflection
The document discusses the author's understanding of physics before and after taking a physics class. It explains that physics governs all matter and motion in the universe, studying topics like forces, energy, and mechanics. It also discusses how physics is essential to modern technology and innovations, as it explains fundamental concepts like electricity, magnetism, and the nature of particles and waves. Physics provides mathematical formulas for calculating various physical properties and is the most basic science, important for understanding our lives and advancing future discoveries.
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Physics is the study of matter and energy, and the interaction between the two. The document introduces some of the main topics in physics that will be covered, including mechanics, kinematics, dynamics, gravity, energy, electromagnetism, and waves. Mechanics is broken down into kinematics, the study of motion, and dynamics, the study of forces and their effects on motion. Gravity and energy are also discussed in the introduction.
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This document provides an overview of important physics topics for students to study. It begins by defining physics as the study of how things work in nature and the universe. Some key physics topics are then listed and briefly described, including kinematics, Newton's laws of motion, vectors and projectiles, work and energy, thermal physics, and vibrations and waves. Kinematics is defined as describing motion without considering causes. Newton's laws relate to uniform motion, forces and acceleration, and action-reaction. The document concludes by encouraging students to study these physics topics to aid in assignments.
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Physics is the study of natural phenomena and fundamental forces such as motion, energy, and forces. It is the most basic of the physical sciences and all other sciences are built upon concepts in physics. Physics can be divided into various subfields including mechanics, electromagnetism, thermodynamics, and waves. Physics plays a key role in technological advances and improving quality of life through applications in areas like medicine, transportation, communication technologies, and more. Vectors and scalars, as well as other core physics concepts like displacement and velocity are important to understand motion and interactions between matter and energy.
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Paper Hypothesis
- Space = Energy
- Space is created by light motion
i.e.
- Light motion can create a distance
If
- Light creates a new distance by its motion – we may see this distance as a period of time
But
- If the light pass through a distance found already and not new one – we may see this distance as a distance and not period of time
- This idea supports 2 basic claim which are
- 1st / Time and Distance Values can be equivalent in higher velocity
- 2nd/ Space is Energy and be created by light motion
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. I have seen that the weak force has ben successfully combined with electromagnetism so that they may be jointly viewed as aspects of a single electroweak force . theories that attempts to add the strong force to this combination-called grand unification theories (GUT) – are being persuade actively . This could be a theory that would seeks to complete the job by adding gravity – sometimes called theories of everything (TOE) .
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Energy is the ability to do work.
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Most of the time we can’t see energy, but it is
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Why the solar planet motion trajectory is an ellipse?
1- Solar planet motion real trajectory is a square
2- This square trajectory is seen by us as circular trajectory
3- The 2 forms of trajectories (square and circular) got interaction together and produce the ellipse as the planet motion final trajectory.
4- The square and circular trajectories interaction is done by Uranus and Neptune effects…
5- Saturn is the main player in the solar group geometry
6- Planet Eccentricity supports this claim
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The document discusses the author's reflections on taking a physics class. It begins by explaining that before the class, the author viewed physics as a sophisticated science but had little actual knowledge. The class helped the author learn that physics governs all past, present, and future events by studying matter and motion through space and time. It explains various mechanics like forces, torque, and energy. The document concludes that physics is the most fundamental science, is key to understanding life and beyond, and is the foundation for technology and discoveries.
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The document discusses several topics in physics including:
1) The stars of the Big Dipper constellation and their properties such as temperature, distance, and luminosity.
2) Einstein's mass-energy equivalence equation E=mc2 and what it means that mass and energy are different forms of the same thing.
3) The twin paradox thought experiment and how the resolution is that one twin undergoing acceleration causes them to experience different frames of reference and amounts of aging.
4) Factors that could explain Fermi's paradox such as life being unsuitable for Earth conditions or advanced civilizations not existing yet.
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Kinetic energy is the energy of motion and is defined as one-half of an object's mass multiplied by the square of its velocity. The faster an object moves, the more kinetic energy it possesses. Isaac Newton contributed greatly to the discovery of kinetic energy through his mathematical analysis of equations derived from his laws of motion. Kinetic energy has its origins in the Greek word for "to move" and refers to an object's ability to do work based on its mass and speed.
Light Velocity Effect On Solar System Geometry (Part II)
Paper Hypothesis
- Space = Energy
- Space is created by light motion
i.e.
- Light motion can create a distance
If
- Light creates a new distance by its motion – we may see this distance as a period of time
But
- If the light pass through a distance found already and not new one – we may see this distance as a distance and not period of time
- This idea supports 2 basic claim which are
- 1st / Time and Distance Values can be equivalent in higher velocity
- 2nd/ Space is Energy and be created by light motion
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Quantum physicist Klee Irwin leads a team of theoretical physicists at Quantum Gravity Research in Los Angeles, California. Klee Irwin’s groundbreaking work deals with the complexities of quantum gravity theory.
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The unification of fundamental forces of nature into a single force occupied Einstein attention for much of his later life. Today thousand of physicist, on the cutting edge of physics is still trying to solve it. Albert Einstein spent his last two decades and during his last hr. he was trying to unify all the theories and laws of universe into a single theory so powerful that can describe all the laws and theories of the universe but Einstein ran out of time unfulfilling his dream, now almost a half century later his dream has become the holy grail of the modern physics we may achieve Einstein dream with a new and radical set of ideas called string theory but if this revolutionary theory is right we are in real quite a shock, String Theory says we may be living in a world where reality meets science fiction, a universe of eleven dimension with parallel universes right next to us i.e.an elegant universe composed entirely of the music of strings, but what would be if we combine Einstein general theory of relatively,Newtonian Mechanics Maxwellian Electromagnetism and quantum mechanics to produce a theory that can explain the cosmic background radiation then it would be really a blockbuster in the history of science.
. I have seen that the weak force has ben successfully combined with electromagnetism so that they may be jointly viewed as aspects of a single electroweak force . theories that attempts to add the strong force to this combination-called grand unification theories (GUT) – are being persuade actively . This could be a theory that would seeks to complete the job by adding gravity – sometimes called theories of everything (TOE) .
KINETIC ENERGY AND POTENTIAL ENERGY
The document discusses different types of energy. It defines energy as the ability to do work and notes that it can never be created or destroyed, only transferred or stored. It outlines the main divisions of energy as kinetic energy, which is the energy of moving objects, and potential energy, which is stored energy. Potential energy is further divided into gravitational potential energy, elastic potential energy, and chemical potential energy. Gravitational potential energy depends on an object's position and mass. Elastic potential energy comes from compressed or expanded elastic objects. Chemical potential energy is stored in chemical bonds. Kinetic energy results when potential energy is used to cause movement.
Theory of Everything (ToE)
Objective: This is the summary of my Theory of Everything (1975-1992), which contains, explains and interrelates all the fundamental elements, laws and principles of the Cosmos structuring, starting from the simplest one as it is the cosmic energy (dark energy),for later on to go composing all other more complex elements, one after another.(Complete theory can be found in my Cosmos and Atoms models) Methods: This work is gotten with the study and unification of all fundamental physical parameters, proofs and observations that are known till now, starting from the first basic cosmic elements, till the total construction of the cosmic structure that this theory exposes, beginning with the following explanation: The Cosmos structure is supported by two main basic elements: Space and Universal Motion. * This theory understands time as a component parameter of the Universal Motion, necessary for something can move continually along space. Thus, time is a property or dimension of the Universal Motion. And to start the cosmic structuringit is needed the union of these two fundamental elements, given as result a new composed cosmic element that is the Cosmic Energy (dark matter, antique aether) Result and conclusion: The result is evident because it is gotten a total explanation in a simple theory of the whole Cosmos structuring, valid either to sub-atomic level, atomic level and star level. Thus, this is a unique and unified theory that embraces all the physical elements, laws, forces, levels (micro and macrocosms) etc., where all they are connected, integrated and dependent among them.
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Physics: Potential and Kinetic Energy
Energy is the ability to do work.
Everything that happens in the world uses energy!
Most of the time we can’t see energy, but it is
everywhere around us!
Why the solar planet motion trajectory is an ellipse?
1- Solar planet motion real trajectory is a square
2- This square trajectory is seen by us as circular trajectory
3- The 2 forms of trajectories (square and circular) got interaction together and produce the ellipse as the planet motion final trajectory.
4- The square and circular trajectories interaction is done by Uranus and Neptune effects…
5- Saturn is the main player in the solar group geometry
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The document discusses the author's reflections on taking a physics class. It begins by explaining that before the class, the author viewed physics as a sophisticated science but had little actual knowledge. The class helped the author learn that physics governs all past, present, and future events by studying matter and motion through space and time. It explains various mechanics like forces, torque, and energy. The document concludes that physics is the most fundamental science, is key to understanding life and beyond, and is the foundation for technology and discoveries.
Physics Powerpoint
The document summarizes key concepts in physics including:
1) It describes the makeup and patterns of stars in the Big Dipper constellation.
2) It then provides details on four individual stars - Megrez, Merak, Dubhe, and Pheceda - including their distances, temperatures, sizes, and other properties.
3) The document goes on to explain several important physics equations and concepts, such as Einstein's mass-energy equivalence formula, time dilation, and Newton's second law of motion.
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The document proposes building a refugee camp called Camp Paul Knox in northern Somalia. It would be located near water for access to fishing and agriculture. The camp would need personnel to manage supplies, education, and security. Specific needs would include tents, food, water, and managing changes in population size and weather. The camp aims to provide a stable living environment and social support for refugees, especially vulnerable groups like women, children, and the elderly who make up a large portion of displaced people in Somalia.
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The document discusses several topics in physics including:
1) The stars of the Big Dipper constellation and their properties such as temperature, distance, and luminosity.
2) Einstein's mass-energy equivalence equation E=mc2 and what it means that mass and energy are different forms of the same thing.
3) The twin paradox thought experiment and how the resolution is that one twin undergoing acceleration causes them to experience different frames of reference and amounts of aging.
4) Factors that could explain Fermi's paradox such as life being unsuitable for Earth conditions or advanced civilizations not existing yet.
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1-physical-world .ppt
This document provides an overview of the key concepts in physics. It discusses what science and physics are, the scientific method, the different branches of classical and modern physics, the scope and excitement of physics experiments, how physics relates to other fields like technology and society, the fundamental forces in nature like gravitational and electromagnetic forces, and conservation laws in physics.
PHYSICAL WORLD part 1
1. Physics is the study of the natural world and its fundamental principles. It includes mechanics, heat, light, sound, electricity, magnetism, and topics in modern physics like relativity and quantum mechanics.
2. There are four fundamental forces in nature - gravitational, electromagnetic, strong nuclear, and weak nuclear forces. The strengths and ranges of these forces vary greatly.
3. In physics, phenomena are studied at both the macroscopic and microscopic scales. New areas like mesoscopic physics also examine interactions between tens to hundreds of atoms.
Physics i jerick
This document provides information about physics and its branches. It discusses:
1. Classical physics which deals with the laws of motion and gravitation established by Newton and Maxwell's kinetic theory and thermodynamics.
2. Modern physics which is concerned with Einstein's theory of relativity and quantum mechanics pioneered by Planck.
3. Additional branches of physics discussed include nuclear physics, atomic physics, geophysics, biophysics, mechanics, acoustics, optics, and thermodynamics.
1-.ppt
This document provides an overview of the key concepts in the unit of physical world science. It defines science and physics, explaining that physics is the study of nature and natural phenomena. It describes the scientific method and different eras in physics. Additionally, it outlines the fundamental forces in nature, scope of physics, relationships between physics and other fields, and conservation laws that govern physical systems.
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Physics Reflection
- 1. Physics Reflection Before taking a class in physics, I thought of physics as a sophisticated form of science. I really didn’t know anything about the nature of physics. It wasn’t until I actually began taking the class that I realized I was right; physics is a sophisticated science and my knowledge in this field wasn’t so great. I know what physics is now. Physics is more than we can imagine. The subject literally surpasses our deepest thoughts, but not in false pretence. Physics governs everything that has happened, is happening, and will happen in the future. It’s a form of science that studies matter and the motion matter has through space time. Physics explains how things work and the reason "why" things operate the way they do. Taking this physics class helped me learn about mechanics such as: Forces (friction, gravity, air resistance) Torque Simple machines (levers, pulleys, inertia) Rotation Pendulums Collisions Energy (kinetic, potential, thermal, chemical, electrical, electrochemical, sound, and nuclear) Conservation of energy And projectile motion Without physics, our technology wouldn’t be what it is today and we wouldn’t have the intelligence to space travel. We wouldn’t have any knowledge about sound and light waves. Phones, automobiles, and televisions wouldn’t exist without physics. Physics contributed to the invention of electricity. It explains magnetism and the force on charged particles. Everything around us is made up of tiny particles, called electrons that are only visible with the use of a powerful microscope. Electrons have an electrical charge and when electricity moves, a magnetic field is created. In addition to this, physics provides us with the mathematical laws and formulas that describe the relations of and between physical objects. We use the formulas to calculate acceleration, current, energy, force, momentum, power, speed, temperature, time, velocity, volume, and work. Physics is the most basic and fundamental science. It is the key to understanding our life and what lies beyond our world. It is the foundation to many discoveries, and holds the direction of our future technology.