What happens to rocks after their elastic limit is passed?
then it gets stretched out..and the rcoks will never return to it's original stare agian.
like a rubberband. if you stretch it too hard, when you stop stretching it, it still won't look the same.
stare=state
agian=again
sorry
its okay i knew that
When a rock is subjected to stress, it deforms elastically up to a certain point known as the elastic limit. Beyond this limit, the rock undergoes permanent deformation and does not return to its original shape and size once the stress is removed. Instead, it experiences plastic deformation. The exact behavior of rocks after the elastic limit is passed depends on various factors such as the type of rock, applied stress, temperature, and time.
In general, when the elastic limit is surpassed, the rock may undergo various forms of deformation. These deformations can include fracturing, faulting, folding, or flow. Fracturing occurs when the rock breaks into smaller pieces due to the stress exceeding its strength. Faulting refers to the formation of fractures along which there is relative displacement of rock masses. Folding occurs when the rock layers bend due to the application of stress. Flow refers to the movement of rock material, usually in a plastic or viscous manner, under high pressure or temperature conditions.
To understand the specific behavior of rocks after their elastic limit is passed, it is necessary to consider the specific properties and characteristics of the rock in question, as well as the specific conditions under which it is subjected to stress. Experimental tests, such as compression tests or shear tests, can be conducted in a laboratory setting to determine the behavior of a rock when subjected to various stress conditions. Additionally, geological observations and field studies can provide valuable insights into the nature of rock deformation and failure in natural settings.