Age group: 15-17
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This course Includes
120 live tutoring sessions
Access on mobile and web
Certificate of completion
Hands-on Exercises & Practical Projects
Personalized Feedback & Coaching
Session Recordings for Rewatching
Module 1: Introduction to Mechanics - Understand the basic principles of mechanics and their importance in physics. - Familiarize with fundamental concepts such as motion, forces, and Newton's laws. - Learn to apply mathematical equations to describe motion and calculate basic kinematic quantities. Module 2: Energy and Work - Comprehend the concepts of work, energy, and power. - Identify different forms of energy and understand the law of conservation of energy. - Apply energy principles to solve problems related to mechanical work and energy transformations. Module 3: Electricity and Magnetism - Understand the fundamental properties of electric charges and fields. - Explore the principles of electric circuits, Ohm's law, and electrical power. - Investigate the relationship between electricity and magnetism, including electromagnetic induction. Module 4: Waves and Optics - Learn about the characteristics and properties of waves, including wave types and wave behaviour. - Explore the principles of wave interference, diffraction, and resonance. - Understand the fundamentals of optics, including reflection, refraction, and lens behaviour. Module 5: Thermodynamics - Understand the laws of thermodynamics and their applications. - Explore the concepts of heat transfer, temperature, and thermal equilibrium. - Investigate the behaviour of ideal gases and thermal processes such as expansion and compression. Module 6: Modern Physics - Introduce the concepts of modern physics, including quantum mechanics and relativity. - Explore the properties and behaviour of subatomic particles. - Understand the applications of modern physics in technology and everyday life. Module 7: Kinematics and Dynamics - Review and reinforce understanding of kinematic equations and motion graphs. - Apply Newton's laws of motion to analyze forces and motion in various scenarios. - Solve problems involving projectile motion, circular motion, and gravitational interactions. Module 8: Electromagnetism - Understand the relationship between electricity and magnetism. - Explore electromagnetic induction and Faraday's law. - Learn about the properties of electromagnetic waves and their applications. Module 9: Optics and Wave Phenomena - Explore the behaviour of light waves and their interactions with matter. - Understand the principles of geometric optics, including reflection and refraction. - Investigate wave phenomena such as interference and diffraction. Module 10: Quantum Mechanics - Introduce the principles of quantum mechanics and its significance in modern physics. - Explore the behaviour of particles at the atomic and subatomic levels. - Understand key concepts such as wave-particle duality and quantum entanglement. Module 11: Nuclear Physics - Learn about the structure and properties of atomic nuclei. - Understand the processes of nuclear decay, fission, and fusion. - Explore the applications of nuclear physics in energy production and medicine. Module 12: Relativity and Cosmology - Introduce Einstein's theory of relativity and its revolutionary concepts. - Explore the implications of relativity for space, time, and gravity. - Learn about the structure and evolution of the universe, including the Big Bang theory.
Basic Algebra: Proficiency in algebraic manipulation and problem-solving.
Fundamental Math Skills: Understanding of basic mathematical concepts and operations.
Interest in Science: Enthusiasm for learning about physical phenomena and their applications.
Conceptual Understanding: Develop a comprehensive understanding of fundamental principles and concepts in physics, including mechanics, electromagnetism, thermodynamics, and modern physics.
Problem-Solving Proficiency: Apply mathematical equations and problem-solving techniques to analyze and solve physics problems in various contexts.
Scientific Inquiry Skills: Utilize scientific inquiry skills to design experiments, collect data, and draw evidence-based conclusions about physical phenomena.
Technological Integration: Demonstrate proficiency in using technology and online resources to enhance learning, conduct virtual experiments, and collaborate with peers.
Critical Thinking and Creativity: Foster critical thinking, creativity, and curiosity about the natural world through engaging in discussions, debates, and research projects.
Students will demonstrate mastery of fundamental physics concepts and principles, including mechanics, electricity and magnetism, waves, thermodynamics, and modern physics theories.
Students will exhibit proficiency in applying mathematical equations and problem-solving strategies to analyze and solve complex physics problems across different domains.
Students will develop the ability to design and conduct experiments, collect and analyze data, and draw valid conclusions based on empirical evidence, fostering scientific inquiry skills.
Students will become proficient in using technology and online resources to enhance their learning experience, conduct virtual experiments, and collaborate with peers in online platforms.
Students will cultivate critical thinking skills, creativity, and curiosity about the natural world, engaging in discussions, debates, and research projects to deepen their understanding of physics concepts and their real-world applications.
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Will I receive a certificate upon completion?
A certificate of completion is awarded to students who successfully finish the course and demonstrate proficiency in the subject matter.
How is progress assessed?
Progress is assessed through quizzes, assignments, lab activities, and practice exams. Feedback is given to help students improve their understanding.
What topics are covered in the High School Physics course?
The course covers kinematics, dynamics, work and energy, momentum, circular motion, gravitation, oscillations, waves, thermodynamics, electricity, magnetism, and modern physics.
How is the course structured?
The course is divided into modules that cover different aspects of physics, with a combination of theoretical lessons and practical problem-solving.
Do I need any special materials for this course?
Basic scientific tools such as calculators and graphing paper may be required. All necessary course materials will be provided.
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