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Volcanic eruptions are almost as difficult to predict as earthquakes. Any "prediction" would be little better than throwing darts at the calendar.
Index fossils are very important to geologists because they identify geological. The fossil snail is a particularly difficult animal to study.
Earthquakes are worse than tsunamis. Earthquakes are mostly unpredictable but tsunamis are sometimes predictable which sets warning for people to escape shore. Earthquakes destroy buildings but tsunamis don't. When tsunamis hit land, the buildings acts like a strong shield that cuts through the tsunami like what the wind-breaker does to the wind. Earthquakes can do more damage than tsunamis because earthquakes destroy buildings which takes much short time than rebuilding it which tsunamis only cause flash flooding which can be recovered as soon as possible. It's very difficult to escape an earthquake but it's sometimes easy to escape a tsunami. It's very difficult to recover the earthquake damage, therefore earthquakes are considered as the modest natural disaster.
tsunami depending on how force full it is I would say earthquakes because earthquakes can cause tsunamis. Both because it matters how much water comes in and what level the earthquake is
Two characteristics of an explosive eruption are a rapid expansion and massive pressure. Due to the violent nature of an explosion, they are extremely dangerous and difficult to accurately predict.
There is no way for them to predict one.
Volcanic eruptions are almost as difficult to predict as earthquakes. Any "prediction" would be little better than throwing darts at the calendar.
Index fossils are very important to geologists because they identify geological. The fossil snail is a particularly difficult animal to study.
Because its always changing and there are too many possible factors to make an accurate prediction.
Yes, a long term prediction about Ebola was surely difficult to make. This is because of the latency period surrounding the virus. With symptoms showing after 3 weeks of initial contact, it was hard to say how fast Ebola would spread in West Africa and in the U.S.
Maybe, their could be Tsunami's, earthquakes and maybe volcano explosions.
Most rocks are subjected to weathering and erosion and it is difficult to see what a rock is made of if it is weathered. That is why geologists break rocks, to see a fresh example of the rock. It is also the best way of finding fossils in the field if you are working in an unfamiliar area.
Without more context, it's impossible to accurately predict what will happen to the man. Multiple factors such as his actions, environment, and circumstances would need to be considered to make an informed prediction.
Earthquakes is most often caused due to colliding of plates in the Earth's crust. As these plates are moving constantly it is not easy to know when they will collide. So it is difficult to predict earthquake.
This could be a little difficult as the gardens were destroyed by several earthquakes after the 2nd century BC.
Earthquakes are worse than tsunamis. Earthquakes are mostly unpredictable but tsunamis are sometimes predictable which sets warning for people to escape shore. Earthquakes destroy buildings but tsunamis don't. When tsunamis hit land, the buildings acts like a strong shield that cuts through the tsunami like what the wind-breaker does to the wind. Earthquakes can do more damage than tsunamis because earthquakes destroy buildings which takes much short time than rebuilding it which tsunamis only cause flash flooding which can be recovered as soon as possible. It's very difficult to escape an earthquake but it's sometimes easy to escape a tsunami. It's very difficult to recover the earthquake damage, therefore earthquakes are considered as the modest natural disaster.
Normally, when the word multitude is used in conjunction with earthquakes, it refers to the number of earthquakes, not their strength. The number of earthquakes is linked to the activity of the Earth crust. Because the activity of the Earth crust is very slow, it is very difficult to establish the highest multitude of earthquakes for a location. In a location there may not be earthquakes for thousands of years, then in a space of a few days the area could experience hundreds of earthquakes. There are locations which are very active today, which allows statistical studies. But the parameters are very dynamic. This is one of the reasons why it is not possible to predict earthquakes.