Tony Napodano   Course Title: Conceptual Physics H & Conceptual Physics Section: 322-1 Objectives: Conceptual Physics is the foundational course in the "Physics First" curriculum sequence. As such, students will become familiar with the relationship between matter and energy in preparation for 10th grade chemistry where they will make an in-depth study of matter itself and how it changes. These two courses will then prepare them for their 11th grade biology course where they will make connections between chemistry and physics as they learn about how energy and matter form and sustain life. During the year, students will be introduced to all forms of energy: mechanical, heat, light, sound, electrical and nuclear. Methods: The methods used to achieve the objectives include classroom lecture and discussion, laboratory experiences including computer-interface labs, overhead transparencies, and laser disc demonstrations that accompany the text. Assessment Procedures: Students are evaluated by tests, quizzes, laboratory reports and homework assignments. Resources Used: Text: Conceptual Physics , third edition by Paul Hewitt. Copyright, 2002 by Addison-Wesley. Laser discs which accompanies text. Labs from lab manual which accompanies text and teacher-generated labs. Content and Pacing: 1st Quarter Topics: (Text Chapters: 1-14 ) The Scientific Method and Problem Solving Mechanics Linear Motion Projectile Motion Newton's Laws of Motion Momentum Energy Simple Machines Circular Motion Rotational Motion Gravitation 2nd Quarter Topics: (Text Chapters 25-31) Principles of Waves Sound Light and Color Reflection, Refraction and Interference Optics 3rd Quarter Topics: (Chapters 17-24) Properties of Matter Atomic structure Principles of solids Principles of gases Principles of liquids Heat Measurement of heat and temperature Heat transfer Phase changes Thermodynamics 4th Quarter Topics: (Text Chapters 32-37, 39,40) Electricity and Magnetism Electrostatics Electrical fields and potential Electric current and circuits Magnetism Electromagnetic induction Atomic and Nuclear Physics Principles of Radioactivity Transmutation of elements Nuclear fission and fusion Matter vs. energy relationships Notes: Math at the algebra level is used extensively especially in the mechanical energy portion of the course. Laboratory reports emphasize deductive reasoning and critical thinking skills.