<meta http-equiv="refresh" content="1; url=/nojavascript/">
Dismiss
Skip Navigation
You are reading an older version of FlexBook: People's Physics Concepts Go to the latest version.

People's Physics Concepts

Difficulty Level: At Grade Created by: CK-12

Table of Contents

  • 1. Units and Problem Solving

    Units identify what a specific number refers to. Keeping track of units can help you avoid mistakes when you work out problems.

  • 2. One-Dimensional Motion

    One dimensional motion describes objects moving in straight lines. Speed is a scalar measure of how quickly an object is moving. Velocity is speed with a direction, making it a vector. If an object’s velocity changes, the object is accelerating.

  • 3. Two-Dimensional and Projectile Motion

    This chapter discusses parabolic and projectile motion, acceleration, and velocity.

  • 4. Newton's Laws

    In this chapter, we explore forces and Newton's laws.

  • 5. Centripetal Forces

    Forces which cause objects to turn around continuously in a circle are known as centripetal forces. Centripetal forces cause object's to accelerate by changing their direction.

  • 6. Gravity

    Isaac Newton in a triumph of brilliance declared that there is one law of physics that governs motion and he unified “earthly” bodies and “heavenly” bodies with the The Universal Law of Gravitation.

  • 7. Momentum Conservation

    The total amount of motion in the universe is constant. "Motion" is defined as the product of mass and velocity. This product, called momentum, can be transferred from one object to another in a collision.

  • 8. Energy Conservation

    When any two bodies in the universe interact, they can exchange energy, momentum, or both. The law of conservation of energy states that in any closed system (including the universe) the total quantity of energy remains fixed.

  • 9. Rotational Motion

    The third conservation law is conservation of angular momentum. This vector quantity is the product of rotational velocity and rotational inertia.

  • 10. Simple Harmonic Motion

    The development of devices to measure time, like the pendulum, led to the analysis of periodic motion. Such motion repeats itself in equal intervals of time (called periods) and is also referred to as harmonic motion.

  • 11. Wave Motion and Sound

    Objects in harmonic motion have the ability to transfer some of their energy over large distances. They do so by creating waves in a medium.

  • 12. Electricity

    The lessons in this chapter cover electrostatics at a conceptual level as well as a detailed mathematical approach using Coulomb's Law. Electric fields are covered. Problem solving techniques are also covered.

  • 13. Electric Circuits: Batteries and Resistors

    In these lessons students will gain a strong conceptual footing of electricity. In addition, they will learn how to solve circuit problems containing resistors wired in all different ways.

  • 14. Magnetism

    These lessons cover magnetic fields, magnetic forces and electromagnetic induction.

  • 15. Electric Circuits: Capacitors

    In these lessons the classic parallel plate capacitor is studied as well as all types of capacitor circuits. The RC time constant is also covered.

  • 16. Light

    Light is studied through the concepts of light waves, electromagnetic radiation and fields, electrons, photons, Fermat’s Principle, refraction, diffraction, scattering and color absorption, and dispersion.

  • 17. Fluids

    In these lessons students will learn how the pressure of a fluid is related to depth, how hydraulic press' work and Archemides principle relating buoyancy force to the amount of displaced fluid.

  • 18. Thermodynamics and Heat Engines

    In these lessons we study temperature, the kinetic gas theory, gas pressure, heat engines and pressure-volume graphs.

  • 19. Special and General Relativity

    In these lessons students will learn why time is not a constant in relativity theory and how this gives bizarre phenomenon like the famous 'twin paradox'. Students will learn to calculate 'gamma factors', time dilation and length contraction.

  • 20. Radioactivity and Nuclear Physics

    In these lessons students will develop a deep understanding of radiation and how to solve problems involving the half life and decay constant equations. In addition, the lesson on carbon dating covers an understanding and also develops the skills to solve carbon dating problems.

Description

Difficulty Level:

At Grade

Grades:

Date Created:

Feb 24, 2012

Last Modified:

Jan 08, 2015
Files can only be attached to the latest version of FlexBook&174; textbooks

Reviews

Please wait...
Please wait...
Image Detail
Sizes: Medium | Original
 
CK.SCI.ENG.SE.1.Concept-People's-Physics-Book-2ed

Original text