Three means are that earthquake are crustal movement,historic evidence and changes in electrical conductivity.
You never know it may be possible.
The very general time span within which another earthquake may occur, the possible severity of the casualties and damages, the location of areas of earthquake activity, and the degrees to which earthquake resistance must be included in building designs are examples of what may be predicted from old earthquakes.
describe three possible ways in which a hypothesis may rise?
the three ways that charge may be transferred are through friction,charge polarization, and grounding.
The same way they are predicted in the rest of the world...not at all. It is difficult at best to predict an earthquake. Some earthquake prone areas seem to follow a regular cycle, so geologist can predict when a event "may" take place. But, so far, we don't have the technology or ability to say with any degree of certainty that an seismic event is coming.
No, Mutations can not be predicted and have no numeral order. Mutations are totally random AND MAY NOT BE PREDICTED!
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A tsunami cannot be precisely predicted even if the right magnitude of an earthquake occurs in the right location. Systems that uses bottom pressure sensors attached to buoys can successfully predict a tsunami. No one yet knows why a tsunami may or may not occur after an earthquake. It is not necessary that a Tsunami follows an earthquake. It only happens when focus of earthquake is in the sea bed. Since earthquakes are caused by seismic waves produced due to collisions of the tectonic plates, these waves high disturbance in the sea water and hence the water takes the form of Tsunamis.
There are three forms of earthquakes which are the convergent boundary, divergent boundary, and the transform fault. The earthquake waves may be in P-waves (primary) and in S-waves (secondary).
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