For 10th grade students - Physical Space

Physics in 10th grade is a continuation of an exciting journey, where we move from superficial observation to an in-depth analysis of the processes and phenomena that govern the world. At this stage, such fundamental sections as molecular physics, thermodynamics, electrostatics and direct current laws are studied. Now it is not enough to just know the definition – you need to understand how these laws work at the micro and macro levels.

The main feature of 10th grade is the active use of the mathematical apparatus. You will operate with more complex formulas, build graphs and analyze dependencies, which will allow you to look at the usual processes in a new way. We will help you master these tools so you don’t just rememberThey really understood and knew how to apply knowledge. Thus, this course will be a solid foundation for your further education.

Approximate planning for the 10th grade physics course

Section I. Mechanics Part 1. Kinematics
1	The main task of mechanics. The Kinematics Alphabet
2	Speed of movement. Average and Instant Speed
3	Laws of addition of movements and speeds
4	Uniformly accelerated rectilinear motion. Acceleration
5	free fall
6	Curvature motion under the action of constant gravity
7	Uniform motion of a material point in a circle
Section I. Mechanics Part 2. Dynamics
8	Inertial frames of reference. Newton’s first law
9	Power. Mass. Newton’s second and third laws
10	Gravity field. gravity. The first cosmic speed
11	The force of elasticity. Body weight
12	Friction force
13	Equilibrium of bodies. moment of force
14	Mechanical work. Kinetic energy. Power
15	Potential energy. Mechanical energy conservation law
16	Body momentum. Jet propulsion. Elastic and inelastic collision
17	Movement of liquid and gas. The lifting force of the wing
Section I. Mechanics Part 3. Mechanical oscillations and waves
18	Types of mechanical oscillations
19	Mathematical and spring pendulums. oscillation energy
20	Resonance
21	Mechanical waves
22	Sound waves
Section II. Elements of special relativity
23	Postulates of the theory of relativity. Relativistic law of addition speeds
24	Consequences of the postulates of special relativity
Section III. Molecular Physics and Thermodynamics Part 1. Molecular Physics
25	The main provisions of molecular kinetic theory
26	Movement and interaction of molecules
27	The basic equation of the MCT of an ideal gas
28	Temperature. Kelvin temperature scale
29	The equation of state of an ideal gas. Isoprocesses
30	Vapor formation and condensation. Saturated and unsaturated steam. Boiling
31	Humidity. Dew point
32	Surface tension of the liquid. Wetting. Capillary phenomena
33	Structure and properties of solids. Crystal anisotropy. Liquid crystals
34	Mechanical properties of solids
Section III. Molecular Physics and Thermodynamics Part 2. Fundamentals of Thermodynamics
35	Internal energy. Ways to change internal energy
36	Work in thermodynamics
37	The first law of thermodynamics. Adiabatic process
38	The principle of operation of heat engines. Refrigeration machine
Section IV. Electric field
39	Electric field
40	Work on moving the charge in an electrostatic field. Potential
41	Conductors and dielectrics in an electric field.
42	Electricity. Capacitors. The energy of a charged capacitor