##\quad## !The motion of a rod hinged at one end is a rotational motion, also known as angular motion. This means that the rod rotates around the hinge point, with one end remaining fixed while the other end moves in a circular path.
The motion of a rod hinged at one end is affected by several factors, including the length and mass of the rod, the force applied to the rod, and the angle and position of the hinge.
The motion of a rod hinged at one end can be calculated using principles of rotational dynamics, such as torque, angular acceleration, and moment of inertia. These calculations can be done using equations and mathematical formulas.
A rod hinged at one end will have a rotational motion, while a rod fixed at both ends will have a translational motion. In other words, a hinged rod will rotate around the hinge point, while a fixed rod will move in a straight line.
The motion of a rod hinged at one end is used in many real-world applications, such as in construction for cranes and other lifting mechanisms, in engineering for designing rotating machinery, and in sports for analyzing the motion of a swinging bat or golf club.