The amount of energy in a vibrating object is directly proportional to its mass, the square of its frequency, and the square of its amplitude. This means that the higher the mass, frequency, and amplitude of an object, the more energy it will have in its vibrations.
The 100kg object will have four times the energy of the 50kg object. This is because the energy is directly proportional to the mass, and the 100kg object has twice the mass of the 50kg object.
The energy of vibrations can be affected by the mass, frequency, and amplitude of the object, as well as any external forces acting on the object. Friction and air resistance can also impact the amount of energy in vibrations.
In vibrations, energy is transferred back and forth between potential energy (stored energy due to the object's position) and kinetic energy (energy of motion). This transfer of energy allows the object to continue vibrating until it loses energy due to friction or other external forces.
Yes, the energy of vibrations can be increased or decreased by changing the mass, frequency, or amplitude of the object. Additionally, the energy can be dissipated through external forces, such as friction, which will decrease the amount of energy in the vibrations.
