Glencoe Physics: Principles And Problems © 2005

Using Glencoe Physics: Principles and Problems, you can:

• Actively involve students though Launch Labs—inquiry-based labs at the beginning of each chapter.
• Address student needs with a consistent three-step Example Problem that includes unique helpful math hints that students can use as they work through problems.
• Coach your students with unique blue annotations in the Example Problems. Practice Problems provide immediate feedback so every student has the opportunity to master skills that apply to related physics concepts.
• Help students see the direct connections between math and physics principles. Connecting Math to Physics offers additional math support for every student.
• Motivate students with Challenge Problems that are designed after the open-ended questions on the Advanced Placement Physics exam with more in-depth applications and problem solving.
• Provide maximum flexibility in your classroom with Design Your Own Labs, Traditional Labs, and Internet Labs. Probeware technology versions for many of the labs are available on the Web site, physicspp.com.

Contents:

• Chapter 1 A Physics Toolkit
• Chapter 2 Representing Motion
• Chapter 3 Accelerated Motion
• Chapter 4 Forces in One Dimension
• Chapter 5 Forces in Two Dimensions
• Chapter 6 Motion in Two Dimensions
• Chapter 7 Gravitation
• Chapter 8 Rotational Motion
• Chapter 9 Momentum and its Conservation
• Chapter 10 Energy, Work, and Simple Machines
• Chapter 11 Energy and its Conservation
• Chapter 12 Thermal Energy
• Chapter 13 States of Matter
• Chapter 14 Vibrations and Waves
• Chapter 15 Sound
• Chapter 16 Fundamentals of Light
• Chapter 17 Reflection and Mirrors
• Chapter 18 Refractions and Lenses
• Chapter 19 Inference and Diffraction
• Chapter 20 Static Electricity
• Chapter 21 Electric Fields
• Chapter 22 Current Electricity
• Chapter 23 Series and Parallel Circuits
• Chapter 24 Magnetic Fields
• Chapter 25 Electromegnetic Induction
• Chapter 26 Electromagnetism
• Chapter 27 Quantum Theory
• Chapter 28 The Atom
• Chapter 29 Solid-State Electronics
• Chapter 30 Nuclear Physics