Easy Physics Step-by-Step: With 95 Solved Problems
You've come to the right place for a quick and effective way to learn physics! Easy Physics Step-by-Step is based on the idea that the quickest route to learning this science is building a solid foundation in the basics. You won't find a lot of pointless discussion; instead, you get an original, step-by-step approach to learning physics, with important concepts linked together by clear explanations, appropriate exercises, and helpful answers. The first steps introduce you to the fundamentals of physics, allowing you to grasp the subject almost immediately. Gradually, a series of interconnected steps takes you from simple to more challenging concepts at your own pace, with a variety of increasingly difficult exercises to practice what you've learned. After working through these exercises, you'll have a better grasp of the subject along with the knowledge and skills you need to master physics with confidence. Easy Physics Step-by-Step features: A unique building-block approach to mastering physics, Down-to-earth explanations of important concepts, Helpful notes to avoid common missteps, Exercises to help you test what you've learned and measure progress Book jacket.
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Chapter 1 Introduction to Problem Solving in Physics
Chapter 2 Units and Measurements
Chapter 3 Graphical Analysis of Data
19 other sections not shown
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acceleration angle of incidence atom Avoid Missteps axis buoyant force called Celsius Chapter circuit collision concept conventional current convex convex lens diffraction direction distance effort distance electric electromagnetic electron-volts electrons elementary charges equal to zero equation equilibrium ﬁeld Figure ﬁnal ﬁnd focal point force acting frequency given values goal graph gravity horizontal hydrogen Important Tip important to remember joules kinetic energy kinetic friction Law of Sines length lens light rays m/sz magnetic field magnitude mass maximum height measured meters Misconception momentum motion moving Newton’s object observed orbital parallel photoelectric effect photon physicist physics potential difference potential energy problem-solving ring Problem-Solving Strategies projectile Pythagorean Theorem refraction relationship resistance resistance distance resistor right-hand rule scalar scale signiﬁcant ﬁgures slope Solution Step solve speciﬁc heat spring Strategies to Avoid substitute temperature transverse wave triangle values with units vertical voltage wave wavelength weight wire