MEHANIKA

After passing this exam student will be able to: 1. Define basic kinematic concepts and values such as: position, velocity, acceleration, point trajectory, curve trajectory radius, tangential and normal acceleration. 2. Define and distinguish basic concepts of rigid body motion: translational motion, rotation around stationary axis and planar motion. 3. Calculate velocities of points and angular velocities of body in translational, rotational, and planar motion. 4. Define basic static values and concepts: force, moment, axial inertia momentum and conditions of equilibrium of body. 5. State Newtonian laws of motion, to define inertial load and state Dalamber’s principle 6. Apply Newtonian laws of motion and Dalamber’s principle in order to solve exact tasks of point and body dynamics. 7. Define dynamic values: work, power, kinetic energy, potential energy, momentum, moment of momentum, appropriate theorems about change of momentum and moment of momentum, change of kinetic energy and make their application on exact problems.