AP Physics 1 – Grade:10,11,12
Prerequisites
One full year of high school Algebra 2.
Description
This Advanced Placement Physics 1 Course is equivalent to a first semester, algebra-based, Introductory Physics college-level course. The rigor and pace of this course is consistent with that of many major colleges and universities, and will prepare you for the Advanced Placement Examination in May. Upon successful completion of the exam, you may receive college credit and you will be well-prepared for additional advanced physics coursework.Students will investigate topics such as Newtonian mechanics (including rotational dynamics and angular momentum), work, energy, power, mechanical waves and sound. Students will also be introduced to electric circuits. This course incorporates a variety of textbook and multimedia resources and will require students to perform hands on and virtual experiments to develop a deeper understanding of physics. Students will engage in collaborative activities such as class discussions, contribute to class data and attend regular “lab meetings” throughout the course. AP practice quizzes and unit exams will help prepare students for the AP examination. Due to the rigor and pace of the content, this course is designed to challenge extremely motivated students who have a strong interest in Physics.This course has recommended summer reading. Students are encouraged to complete and submit the summer assignment for extra credit. The summer assignments will help students prepare for the course as well as the AP exam. All summer work for AP Physics I can be found here: [AP Summer Work].Students enrolled in Advanced Placement VHS courses are required to take the AP® exam, and to report their AP® exam scores to VHS. By enrolling in an AP® VHS class, the student authorizes their school administration to report AP® exam scores to VHS. Exam results will not affect the student’s VHS grade or future enrollment in VHS courses.
Course Objectives
To provide opportunity through advanced study of physics for students to engage in and develop seven key science practices:
1. use representations and models to communicate scientific phenomena and solve scientific problems
2. use mathematics appropriately
3. engage in scientific questioning to extend thinking or guide investigations within the context of the AP course
4. plan and implement data collection strategies appropriate to a particular scientific question
5. perform data analysis and evaluation of evidence
6. work with scientific explanations and theories
7. connect and relate knowledge across various scales, concepts and representations in and across domains
1. use representations and models to communicate scientific phenomena and solve scientific problems
2. use mathematics appropriately
3. engage in scientific questioning to extend thinking or guide investigations within the context of the AP course
4. plan and implement data collection strategies appropriate to a particular scientific question
5. perform data analysis and evaluation of evidence
6. work with scientific explanations and theories
7. connect and relate knowledge across various scales, concepts and representations in and across domains
Additional Requirements
Students will need to access a number of YouTube videos throughout the course.Students will also use the Pearson Virtual Physics Lab program to complete select labs throughout the course. The Virtual Physics software package is available as a single downloadable compressed file linked within the course and requires a Windows operating system to run.
Syllabus
Week 1: Vectors and Scalars
Week 2: One Dimensional Kinematics
Week 3: Free Fall Kinematics
Week 4: Projectile Motion
Week 5: Newton’s Laws
Week 6: Applications of Newton’s Second Law
Week 7: Inclined Planes
Week 8: Friction
Week 9: Torque
Week 10: Work and Kinetic Energy
Week 11: Potential Gravitational and Elastic Energy
Week 12: Work-Energy Theorem
Week 13: Conservation of Energy and Power
Week 14: Linear Momentum
Week 15: Conservation of Momentum and Kinetic Energy
Week 16: Impulse-momentum
Week 17: Collisions and Center of Mass
Week 18: Rotational Kinematics
Week 2: One Dimensional Kinematics
Week 3: Free Fall Kinematics
Week 4: Projectile Motion
Week 5: Newton’s Laws
Week 6: Applications of Newton’s Second Law
Week 7: Inclined Planes
Week 8: Friction
Week 9: Torque
Week 10: Work and Kinetic Energy
Week 11: Potential Gravitational and Elastic Energy
Week 12: Work-Energy Theorem
Week 13: Conservation of Energy and Power
Week 14: Linear Momentum
Week 15: Conservation of Momentum and Kinetic Energy
Week 16: Impulse-momentum
Week 17: Collisions and Center of Mass
Week 18: Rotational Kinematics
Week 19: Torque and Rotational Dynamics
Week 20: Rotational Kinetic Energy
Week 21: Angular Momentum
Week 22: Simple Harmonic Motion
Week 23: Waves
Week 24: Sound
Week 25: Resonance
Week 26: Electrostatics and Coulomb’s Law
Week 27: Electric Field
Week 28: Ohm’s Law
Week 29: Circuits
Week 30: Kirchhoff’s Rules
Week 31: AP Review 1
Week 32: AP Review 2
Week 33: Reflections and Final Thoughts
Week 20: Rotational Kinetic Energy
Week 21: Angular Momentum
Week 22: Simple Harmonic Motion
Week 23: Waves
Week 24: Sound
Week 25: Resonance
Week 26: Electrostatics and Coulomb’s Law
Week 27: Electric Field
Week 28: Ohm’s Law
Week 29: Circuits
Week 30: Kirchhoff’s Rules
Week 31: AP Review 1
Week 32: AP Review 2
Week 33: Reflections and Final Thoughts
Media Kit
Title/Name: Physics: Principles with Applications, Seventh Edition
ISBN-13 9780321762412, ISBN-10 032176241X
Print:
ISBN-10 0-321-62592-7, ISBN-13 978-0-321-62592-2
Author(s): Douglas C. Giancoli
Publisher: Addison-Wesley
Copyright year: © 2014 Pages: 1088
Item Title/Name: AP Physics 1 Lab kit