Express preparation course for the Unified State Exam in physics for grade 11 - free course from Foxford, training 28 lessons, date: December 4, 2023.
Miscellaneous / / December 07, 2023
All tasks from KIM-2022
You will solve tasks of basic, advanced and high difficulty levels and write 3 samples.
FIPI codifier topics
You will understand all the theory that is needed to pass physics.
Preparation six months in advance
You will study once a week for 4 academic hours and complete everything you need before the exam.
Learn from a teacher you can trust to teach you
Mikhail Penkin
Teacher of preparation courses for the Unified State Exam, Unified State Exam and Olympiads
Lecturer, Department of General Physics, MIPT
Author of Olympiad problems in physics
Discuss all the Unified State Exam topics in physics
The main goal of the teacher is for you to understand the subject itself, to see its structure and logic. Then in the exam you will cope with the task even in an unusual wording that was not found in the trial versions.
Manage your time and don’t worry about running out of time
From February to May, you will have time to complete all tasks with short and detailed answers, learn about this year’s changes and design details. The teacher will pay special attention to the tasks from the second part so that you can earn maximum points.
We manually check samples and homework
We do not leave the written part assignments for self-testing - this is done by OGE experts.
We check “for real”, like in an exam, and as a result you receive detailed feedback. All this is for the sake of speed of preparation and your results.
A personal curator will answer questions within two hours, 24/7
The curators understand the program and the subject, so they can easily answer your questions about the course and homework - at any time
They know well how difficult it can be to prepare and understand your worries.
The most important task of a tutor is to help you cope with stress and fear before exams
The lesson lasts 3 academic hours. Classes are held online twice a week on Tuesdays and Sundays at 18.00 (Moscow time).
Mechanics
The section is devoted to mechanical phenomena, types of body motion and methods of describing them, laws of interaction of bodies, laws of conservation in mechanics, conditions of equilibrium of solid and liquid bodies
- Kinematics of rectilinear motion.
- Kinematics of curvilinear motion.
- Dynamics.
- Statics.
- Hydrostatics.
- Conservation laws in mechanics.
- Mechanical vibrations and waves.
MKT and fundamentals of thermodynamics
This section examines the structure and properties of substances based on molecular kinetic concepts and general properties macroscopic systems in a state of thermodynamic equilibrium, as well as transition processes between these states
- Molecular physics.
- Fundamentals of thermodynamics.
- Thermal phenomena.
- Heat engines.
- Humidity.
Electrostatics and DC laws
This section is devoted to the properties of electric charges and fields. Let us consider problems on the interaction of an electric field with bodies having an electric charge. We will analyze solutions to typical exam tasks for calculating electrical circuits
- Electrostatics.
- Properties of the electric field.
- Laws of direct current.
- Capacitor in a DC circuit.
Electromagnetism
Within the framework of this section, the electromagnetic field in various reference systems, the phenomenon of electromagnetic induction, and the occurrence of electromagnetic oscillations in an oscillatory circuit will be considered. We will also examine optical phenomena in detail.
- Magnetism.
- The effect of a magnetic field on current-carrying conductors.
- Movement of a charge in a magnetic field.
- Electromagnetic induction.
- Electromagnetic oscillations and waves.
- Geometric and wave optics.
The quantum physics
The section examines the foundations of the special theory of relativity, wave-particle duality, physics of the atom and the atomic nucleus
- Basics of service stations.
- Carpuscular-wave dualism.
- Physics of the atom.
- Physics of the atomic nucleus.