Training Manual . Ekaterinburg: GOU VPO UGTU-UPI, 2006, 83 s. Scientific editor: prof. , Dr. phys. -mat. Science F. A. Sidorenko . The textbook is a summary of lectures of the course of general physics, read to students of USTU-UPI . Unlike other manuals, the rotational motion of the material point and the absolutely solid body is not allocated separately, but is considered along with the translational motion in all sections of mechanics, which allows you to systematically introduce new concepts and reveal the relationship of these movements. Discusses the main provisions of the special theory of relativity and some relativistic effects that are a consequence of its postulates The manual was drawn up in accordance with the approved in 2000. Physics program for students of engineering and technical specialties of the university in the directions of 550000 - Technical Sciences . Mechanics. Motion kinematics m. t. and a. t. t. Path, movement, instantaneous speed m. t. Instantaneous acceleration m. t. Relative and normal acceleration m. t. The scheme of solving the main problem of kinematics . Formula . for radius vector r and velocity vector . Kinematic characteristics of rotational motion. m. t. and a. t. t. The formulas of relationship of linear (n , a , a ) and angular. (, ) characteristics of rotational motion. Movement dynamics m. t. and forward movement a. t. t. Strength, body inertia, body weight. Newton's Laws . Law of conservation of momentum. Center of mass of the system. Center of mass and center of gravity a. t. t. Dynamics of rotational motion. Moment of impulse m. t. and a. t. t. with respect to the axis of rotation . Moment of force relative to the axis of rotation. Basic Law . Dynamics of rotational motion. Moment of inertia a. t. t. with respect to the axis of rotation . Law of conservation of angular momentum. Gyroscopes . Equilibrium conditions a. t. t. Table of analogies between li. by the signs and the signs. and moving .. Mechanical Energy and Work. Work Force. Kinetic energy of the body . The Kinetic Energy Theorem . Kinetic energy of rotating a. t. t. The work of external forces to rotate a. t. t. Potential energy of interacting bodies. Theorem. Potential Energy . The formula of potential energy connection Wp and conservative force FK. Mechanical energy of the body system. Conservation Law . Mechanical Energy . Potential curves. Application of the laws of conservation of momentum and mechanical. energy to the analysis of absolutely elastic and inelastic. Collisions. Special Theory of Relativity . Conversions of Galileo. The Galilean Principle of Relativity . Postulates C. T. About. Experimental justification of postul. tov. Lorentz Conversions. Additional properties of . Travel and Time in C. T. About. Kinematics C. T. About. The concept of "simultaneity" of two events . The "length" of the object. The concept of the “interval of time” between two events . Relativistic law of velocity addition. Dynamics C. T. About. Relativistic impulse and body weight . The kinetic energy of the body in C. T. About. The law of the relationship between mass and energy of the body . Role of C. T. About. in the modern natural science picture. Peace . Description of body motion in non-inertial reference frames. Application. Some additional information and formulas used in the presentation of the course of physics. Application. International System of Units (SI). Control issues . List of recommended literature.