How Things Work The Physics of Everyday Life 4th Edition by Louis Bloomfield – Ebook PDF Instant Download/Delivery: 0470418206 ,9780470418208
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Product details:
ISBN 10: 0470418206
ISBN 13: 9780470418208
Author: Louis Bloomfield
How Things Work The Physics of Everyday Life 4th Edition Table of contents:
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Introduction: Why Study Physics?
- The role of physics in understanding the world around us
- How physics applies to everyday life
- Overview of the book’s approach to explaining physics concepts through real-world examples
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Chapter 1: Forces and Motion
- Newton’s Laws of Motion
- Understanding velocity and acceleration
- The effects of forces on objects
- Everyday examples: driving a car, walking, using a bicycle
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Chapter 2: Work, Energy, and Power
- The concept of work in physics
- Energy: types, conservation, and transformations
- Power: what it means and how it relates to energy
- Real-world applications: elevators, power plants, mechanical systems
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Chapter 3: Gravity
- Newton’s Law of Universal Gravitation
- The effects of gravity on objects and the Earth
- Gravity’s role in the motion of planets, satellites, and falling objects
- Everyday experiences: objects falling, weight on Earth
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Chapter 4: Momentum and Collisions
- Understanding momentum and its conservation
- Elastic and inelastic collisions
- Real-life applications: car crashes, sports, and pool tables
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Chapter 5: Temperature and Heat
- The concept of temperature and heat flow
- How heat is transferred: conduction, convection, and radiation
- Everyday applications: cooking, heating and cooling, thermodynamics
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Chapter 6: Waves
- The nature of waves: transverse and longitudinal
- Properties of sound waves and light waves
- How waves are used in technology (e.g., sound, radio, light)
- Everyday phenomena: musical instruments, cell phones, light bulbs
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Chapter 7: Sound
- The physics of sound: how it travels and how we hear it
- Sound waves and their properties: pitch, frequency, and amplitude
- Applications of sound: hearing aids, speakers, and acoustics in architecture
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Chapter 8: Light
- The nature of light: reflection, refraction, and dispersion
- The behavior of light: color, shadows, and lenses
- Everyday uses of light: eyeglasses, cameras, fiber optics
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Chapter 9: Electricity and Magnetism
- The basics of electric charges and currents
- The relationship between electricity and magnetism
- Everyday examples: electric circuits, electromagnets, household appliances
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Chapter 10: Circuits
- Understanding electric circuits: components and layout
- Series and parallel circuits
- How electrical devices work: from toasters to computers
- Safety and energy efficiency in circuits
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Chapter 11: Modern Physics and Technology
- Introduction to quantum mechanics and relativity
- How modern physics impacts technology (e.g., computers, nuclear energy)
- The role of physics in the development of new technologies
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Chapter 12: Machines
- The principles of simple machines: levers, pulleys, wheels, and axles
- Mechanical advantage and efficiency
- Real-world applications: car engines, bicycles, and cranes
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Chapter 13: Fluids
- Properties of fluids: pressure, buoyancy, and viscosity
- How fluids behave in different situations (e.g., air pressure, water flow)
- Applications: airplanes, boats, water systems, and hydraulics
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Chapter 14: Thermodynamics
- The laws of thermodynamics and energy conversion
- Heat engines and refrigerators
- The concept of entropy and its implications in everyday life
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Chapter 15: The Atom
- Atomic structure and how atoms interact
- The basics of atomic theory, electrons, and nuclei
- Applications: chemical reactions, medical imaging (X-rays), and radiation
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Chapter 16: Nuclear Physics
- The basics of nuclear reactions and radioactivity
- Nuclear fission and fusion
- Everyday applications: nuclear energy, smoke detectors, and medicine
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Chapter 17: Relativity and Space
- Special and general relativity explained
- Time dilation and mass-energy equivalence (E=mc²)
- The concept of spacetime and its application in GPS and space exploration
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Chapter 18: The Universe
- The nature of the universe and the forces at work in space
- The Big Bang theory, black holes, and galaxies
- Everyday technology derived from space exploration: GPS, satellites
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Conclusion: How Physics Helps Us Understand the World
- Recap of the fundamental principles of physics
- The role of physics in shaping technology and daily life
- How understanding physics enriches our understanding of the universe
Appendices
- Glossary of Key Terms
- Index
- Additional Resources for Learning Physics
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