Well.............. I am not sure, lol.
Rock type: Different types of rocks have varying strengths and properties that influence whether they will fault or fold. Stress conditions: The amount and direction of stress applied to the rocks will determine whether they will fault or fold. Temperature and pressure: These factors can affect the deformation behavior of rocks and influence whether faults or folds will form. Geological history: The existing structure and history of the rock formations can also play a role in determining whether they will fault or fold under new stresses.
The answer depends on such factors as the law where you live, what type of divorce (fault-no fault), whether it is contested, whether there is property to be divided and whether there are children.
geologist can predict earthquakes by the help of stress along a fault and energy along the fault
Scientists would need historical earthquake data, such as the timing and magnitude of past earthquakes along the fault. They would also require information on the strain accumulation and stress levels within the fault zone. Additionally, data on the geological characteristics of the fault, such as its geometry and slip rate, would be necessary to determine if a seismic gap exists.
It depends on a few factors, like what state you live in and whether the police were called to do a report. If there is a report, the officer will have found someone at fault, regardless of whether someone was ticketed. Your insurance company can also determine fault based on your state's laws and they way in which the accident occurred.
stress along a fault line stress along a fault line
the answer is procces of breaking down rock into smaller and smaller sediments
The liability, or fault-factor in an accident has nothing to do with whether or not a driver was licensed. The liability in an accident at an uncontrolled intersection can be shared. Several factors go into a case like that & would need to be fully investigated to determine.
The two important factors that determine whether an eruption will be explosive or quiet are the viscosity of the magma (how thick or sticky it is) and the presence of gases dissolved in the magma (such as water vapor and carbon dioxide). High viscosity and high gas content typically lead to explosive eruptions, while low viscosity and low gas content lead to quieter eruptions.
Normal fault forms tension stress. It is a stress state wherein a body of material is being stretched or expanded.
The severity of the damage does not determine fault. The facts of the loss and the point of impact will help determine fault.
In a reverse fault the maximum principal stress is horizontal, compression causes reverse (thrust) faults.