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Yes, this is called "The Conservation of Momentum". It requires that the two object are "Elastic", that is they do NOT permanently DEFORM. Two automobiles colliding would be an "Inelastic" collision. Energy would be lost in the Deformation of the Sheet Metal of the car bodies, and the amount of Momentum would NOT be the same AFTER the crash.
Yes.
When a vibration interacts with matter, it can induce various effects depending on the nature of the vibration and the properties of the material. If the frequency of the vibration matches the natural frequency of the material, resonance can occur, leading to amplification of the vibration. If the vibration is of sufficient intensity, it can cause the material to deform, break, or generate heat. Additionally, vibrations can also induce changes in the electrical and magnetic properties of the material.
Elasticity is a description of a materials deformation response to an imposed load. It signifies strain that is recoverable when the imposed load is removed. As such it is not a type of force, but is instead the result of imposed forces that cause a material to deform.
something that looks deformed
It will permanently deform and not recover to its original state.
The material does not deform permanently / continuously when shear is applied (below the plastic limit).
Once you provide any material with a stress beyond its yield stress, it will deform plastically. In layman's terms, it will spring back partially once you let go, but you will permanently deform it.
Their mechanical material properties are very similar with copper coming out marginally higher in terms of yield strength. This is the amount of stress required to make the metal deform permanently.
Elasticity is the tendency of material to temporarily deform when placed under stress and regains its original shape and size upon removal of stress.It spreads, it stretches; it alters to accommodate the strain. Plasticity is the tendency of a material deform permanently under the application of external load . Think clay, putty; it retains the shape or can be re-shaped into something entirely new. The point at which a material's elasticity turns into plasticity is considered that object's yield.
Ductility means the ability of a material to deform under tensile stress. When a ductile material is being streched it will deform instead of breaking.
hehe of course the material will be deform :)
Tensile yield point or yield strength
deform
The material has to stretch (strain) first before it breaks. For ductile materials, when stretch reaches a certain point it permanently deforms (yield) and continues to carry load until it then breaks as load increases. For brittle materials like glass which do not permanently deform thay simply break without yield.
Faulting and folding (also known as brittle and ductile deformation). Please see the related links.
a deeply buried rock is pushed down by the weight of all material above it. Since the rock cannot move, it cannot deform.