When you throw something against a wall at a high velocity, several things can happen depending on the properties of the object and the wall, as well as the angle and velocity of the throw. Here are a few possible scenarios:
Elastic Collision: If the object and the wall are both highly elastic, meaning they can deform and regain their original shape without significant loss of kinetic energy, the object will bounce back after hitting the wall. The angle of reflection will be equal to the angle of incidence, and the velocity of the object will be reversed.
Inelastic Collision: If the object or the wall (or both) are not perfectly elastic, some kinetic energy will be lost during the collision. In this case, the object may stick to the wall or partially deform upon impact. The rebound angle and velocity will depend on the specific circumstances and the nature of the collision.
Damage or Destruction: If the object is fragile or the wall is very solid, the impact may result in damage or destruction of the object or the wall. The object could break into pieces or deform significantly, while the wall may show cracks or even collapse under extreme forces.
Absorption: In some cases, the wall may absorb the energy of the impact without causing any visible damage. This could happen if the wall is designed to absorb shocks or if it has a cushioning material. The object may come to a stop or continue moving with reduced velocity, depending on the absorption capacity of the wall.
It's important to note that the specific outcome of throwing something against a wall at a high velocity depends on many factors, including the materials involved, their properties, the angle and speed of the throw, and the specific design of the wall.