Preparation for the Phystech and Lomonosov Olympiads in physics for grades 10-11 - course RUB 9,995. from Foxford, training 15 lessons, Date January 24, 2024.
Miscellaneous / / December 07, 2023
What knowledge does the course provide?
During the classes, you will be able to delve into the specifics of the Olympiads and analyze key tasks on all the topics that have been encountered in them over the past few years.
What skills does the course provide?
Superintensive gives you the opportunity to quickly systematize your knowledge of Olympiad physics and learn how to solve complex problems together with the compiler of Olympiad tasks, Mikhail Penkin.
Lecturer at the Department of General Physics at MIPT. Author of Olympiad problems.
Lecturer at the Department of General Physics at MIPT. Over the years: senior teacher of physics at the Moscow Institute of Physics and Technology, teacher at MIPT Olympiad schools, organizer of the Olympiad movement in the field of pre-university training at MIPT. Author of Olympiad problems.
Techniques for solving Olympiad mechanical problems in all sections. Let’s focus on the example of original Olympiad problems. Let's practice the skill of analyzing given physical models
- Kinematics
- Dynamics
- Statics and hydrostatics
- Conservation laws
- Oscillations and waves
Tips, recommendations, answers to questions
We will discuss the strategy that is best to follow when writing the Olympiad. You will receive valuable advice and be able to ask questions related to the Olympiads
- Tips, recommendations, answers to questions
MCT and thermodynamics
Techniques for solving Olympiad problems in molecular physics. Emphasis will be placed on the example of original Olympiad problems. Particular attention will be paid to the skill of analyzing the given physical models
- Molecular kinetic theory
- Thermodynamics
- Cycles
- Heat engines
- Humidity
RC, RL and LC circuits
Techniques for solving Olympiad problems on RLC circuits with a capacitor and inductor, transient processes with energy analysis. Throughout, emphasis will be placed on the example of original Olympiad problems. Particular attention to the skill of analyzing given physical models
- DC circuits
- RLC circuits with capacitor and inductor
- Oscillatory circuit
- Transients with energy analysis
Geometric optics
Techniques for solving Olympiad problems on the laws of light refraction, thin and thick lenses, liquid, plane-parallel plate, optical systems. Emphasis will be placed on the example of original Olympiad problems. Particular attention to the skill of analyzing given physical models
- Laws of light refraction
- Thin and thick lenses
- Plane-parallel plates
- Optical object systems
Electrostatics
Techniques for solving Olympiad problems on the movement of charged particles in an electric field, conductors and dielectrics. Emphasis will be placed on the example of original Olympiad problems. Particular attention to the skill of analyzing given physical models
- Movement of charged particles in an electric field
- Conductors and dielectrics in an electric field
Magnetism and EM induction
Techniques for solving Olympiad problems on the movement of charged particles in a magnetic field, electromagnetic induction in moving and stationary conductors. Emphasis will be placed on the example of original Olympiad problems. Particular attention to the skill of analyzing given physical models
- Movement of charged particles in a magnetic field
- Electromagnetic induction in moving and stationary conductors
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4,4
790 ₽