If a the stress of a material exceeds the yield stress, it will not be able to return to its original length or shape once the force is removed.
the material looses its shape
When a material is placed in compression, it undergoes a decrease in volume and an increase in density. The material experiences internal forces that push its molecules or particles closer together, leading to a reduction in its dimensions along the direction of the applied force. At a certain point, the material may deform or fail if the compressive forces exceed its strength.
When ever a part or material experiences a large amount of stress there will be some form of deformation. The part or material will return back to its physical shape it was in before it was stressed. If the stress on the part or material exceeds it's yield strength then it will forever alter the physical characters of the body in question (It will forever change the shape of the material because it has been strectched too far to return back to normal).
High pressure
According to a few charts I was able to find, the most realistic material with the highest dielectric strength happens to be Mica, with dielectric strength of 118.
Applying more force to an object will cause it to accelerate or deform depending on its properties. If the force exceeds the object's strength, it may break or undergo significant changes.
We can say that the business is in profit
When a dielectric material is heated, its dielectric strength typically decreases. This is because heat can modify the material's properties, structure, and ability to resist electric fields. As a result, the material may become more conductive and less effective at insulating against electrical charges.
When a P-wave reaches the outer core, it undergoes refraction due to the change in density of the material. This causes the wave to slow down and bend as it travels through the outer core.
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Ambot
lung at rest