AP Physics

Overview:

The AP Physics course offers a rigorous introduction to the fundamental principles of physics, preparing students for college-level study in the subject. This course covers both algebra-based (AP Physics 1) and calculus-based (AP Physics C) versions, providing students with a comprehensive understanding of mechanics, electricity, magnetism, and other key topics. Through hands-on experiments, problem-solving exercises, and conceptual exploration, students will develop critical thinking skills and gain a deep appreciation for the laws governing the physical world.

Skills to Learn:

• Mastery of fundamental physics concepts, including kinematics, dynamics, energy, and momentum
• Ability to apply mathematical principles to solve physics problems, including algebraic manipulation, trigonometry, and calculus (for AP Physics C)
• Proficiency in experimental design, data analysis, and laboratory techniques
• Understanding of the principles governing electricity and magnetism, including electric circuits and electromagnetic induction (for AP Physics C)

Prerequisites:

• Strong foundation in algebra, trigonometry, and basic calculus (for AP Physics C)
• Previous coursework in high school physics or equivalent knowledge of fundamental physics concepts
• Familiarity with mathematical modeling and problem-solving techniques
• Comfort with scientific notation, units of measurement, and mathematical operations involving vectors

Curriculum:

1)Kinematics and Dynamics:

• Motion in one and two dimensions
• Forces, Newton’s laws of motion, and free-body diagrams
• Applications of kinematics and dynamics to real-world scenarios

 2)Energy and Conservation Laws:

• Work, energy, and power
• Conservation of mechanical energy and momentum
• Impulse and collisions

3) Rotational Motion and Angular Momentum:

• Rotational kinematics and dynamics
• Torque and angular momentum
• Conservation laws in rotational motion

4) Gravitation and Universal Laws:

• Gravitational force and fields
• Kepler’s laws of planetary motion
• Applications of gravitational principles to celestial bodies

5) Electricity and Magnetism (AP Physics C):

• Electric charge, field, and potential
• Electric circuits and Ohm’s law
• Magnetic fields and electromagnetic induction

6) Waves and Optics (AP Physics 1):

• Wave properties and characteristics
• Sound waves and electromagnetic waves
• Geometric and wave optics

7) Modern Physics (AP Physics C):

• Quantum mechanics and atomic structure
• Nuclear physics and radioactivity
• Particle physics and relativity (basic concepts)

8) Experimental Design and Laboratory Investigations:

• Designing and conducting experiments to test physical principles
• Data collection, analysis, and interpretation
• Writing formal laboratory reports and communicating experimental findings
  
  
  Throughout the AP Physics course, students will engage in inquiry-based learning experiences, collaborative problem-solving activities, and laboratory investigations to deepen their understanding of physics concepts and their applications. By the end of the course, students will be well-prepared to succeed on the AP Physics exam and pursue further study in physics or related fields.

Who: 10,11 and 12th Grades

Duration: 40-60 hours

Fee: $1500