there's a big explosion on the ground.
An earthquake beneath the sea A large impact, for example a large meteor striking the sea A large explosion, for example the Krakatoa volcanic explosion
A seismic wave travels through the Earth's layers, after a volcano, explosion, or earthquake. Transverse, compressional, longitude, and shear waves are all types of seismic waves after earthquakes.
None at all. A magnitude 0.7 earthquake would be an instrumental earthquake, meaning it can be picked up on seismometers, but otherwise is not noticeable.
If you mean how stronger a 7.9 earthquake is then a 4.6 earthquake, then a 7.9 earthquake is way stronger. It can take down buildings but then again so can a 4.6, still you've sorter got you're answer. But the 7 in 7.9 means 700 and the 0.9 is 90 so baisically your question is: How stronger is a 790 earthquake from a 460 earthquake?
An 8.3 earthquake is significantly stronger than a 6.6 earthquake. Each whole number increase on the Richter scale represents a tenfold increase in the amplitude of seismic waves, meaning an 8.3 earthquake releases exponentially more energy than a 6.6 earthquake.
It is the recording of a movement caused by an earthquake or explosion is set on a seismograph.
no it was caused by the tectonic plates the nuclear plant disaster happened because of the earthquake
fast
explosion
I guess it is. One of them was made by this country. It was an explosion undergrounds.
a tsunami is caused by an underwater earthquake,explosion,landslide,or a volcanic eruption.
No. Things could fall down in an earthquake. Also the building could collapse or a gas line could brake and cause an explosion if it is ignited.
The point on the Earth's surface directly above the hypocenter of an earthquake or underground explosion is called the epicenter. It is the point where the seismic waves created by the event first reach the surface.
An earthquake beneath the sea A large impact, for example a large meteor striking the sea A large explosion, for example the Krakatoa volcanic explosion
of an earthquake; relating to earthquakes
The focus and epicenter are both "earthquake points". The focus is the point of origin of an earthquake or underground nuclear explosion while the epicenter the very center or focal point.
The earthquake may have damaged or ruptured a gas main, this needs to be made safe quickly, as there is a danger of explosion and/or fire.