TEHNIČKA MEHANIKA II

After passing the exam in this subject, students will be able to: - define basic kinematic terms and quantities such as: position, speed, acceleration, point path, curve radius, tangential and normal acceleration - define and distinguish among themselves the basic forms of motion of a rigid body: translational motion, rotation around a fixed axis and motion in plane - calculate the velocities of points and angular velocities of the body during translatory motion, rotation and motion in plane - defines basic static quantities and concepts: force, moment of force, axial moment of inertia and conditions of rest of the body - state Newtons laws, define inertial load and state Dalambers principle - apply Newtons laws and Dalambers principle in order to solve specific problems of point and body dynamics - define dynamic quantities: work, power, kinetic and potential energy, momentum, angular momentum, corresponding theorems on change of momentum and angular momentum, on change of kinetic energy and perform their application to specific problems