Because Maoris are chasing a 10c coin
The loud rumble heard before shaking during the Christchurch earthquake was likely caused by the seismic waves created as the Earth's crust shifted. The waves can generate low-frequency sounds that travel faster than the shaking itself, reaching people before the actual ground movement begins.
an earthquake doesnt have a sound. its what it shakes and makes noise is the earth quake. THUS EARTH AND QUAKE if you go underground when an earthquake happens its just like someone shaking a box of rice
Thunder
an award sir Issac Newton received
Blast and eruption
The loud rumble heard before shaking during the Christchurch earthquake was likely caused by the seismic waves created as the Earth's crust shifted. The waves can generate low-frequency sounds that travel faster than the shaking itself, reaching people before the actual ground movement begins.
The loud rumble heard by the people of Christchurch before the shaking began was likely due to the seismic waves generated by the earthquake. These waves travel through the ground and can produce low-frequency sounds, often referred to as "earthquake noise." The rumble serves as a precursor to the more intense shaking that follows, alerting people to the impending quake. Such sounds result from the rapid release of energy within the Earth's crust as tectonic plates shift.
The loud rumble or roaring sound people hear before an earthquake is caused by seismic waves traveling through the Earth, reaching our ears before the ground shaking starts. These waves move faster through the ground than the shaking, creating the noise. This phenomenon is known as the P-wave arrival.
Depends on how strong it is. Some just rumble or roll a bit.
because when the plates under ground collide it starts to rumble and then echo
Energy is stored in the form of stress as tectonic plates move and become locked against each other. As the plates continue to move and the stress builds up, the stored energy increases until it reaches a point where the rocks break and release the energy in the form of seismic waves, causing an earthquake.
Tectonic plates build up pressure and when the pressure gets to strong they collide. This causes the earth to rumble, which is an earthquake. Massive underwater earthquakes may cause tsunamis.
I don't really get what your asking but it wasn't a rumble it was more of a shake it was 8.3 on the Richter scale.
Yes, on Friday, 21 Jun 10:14 UTC parts of Maine experienced a M 3.1 earthquake at a depth of 5 km under the surface, 2km W of Sidney, Maine.Individuals from these towns reported weak to violent shaking:Belgarde maine / MMI III (Weak or light shaking)Benton, Maine / MMI IV (Light shaking with low rumble)Also on the same date, Fri, 21 Jun 10:14 UTC the following towns felt a M 2.6 tremor at 5 km depth:Norridgewock Maine / MMI IV (Light shaking)Canaan Maine / MMI V (Moderate shaking)Rome,Maine / MMI II (Very weak rumbling):Winslow, Maine / MMI V (Moderate shaking, brief):Palermo, Maine / MMI IV (Light shaking)New Shron, Maine ( not felt but heard a low rumble increase and subside)Oakland,Maine / MMI V (Moderate shakingChina Maine / MMI IX (Violent shaking)Belgrade / MMI V (Moderate shaking)
Photo's rock.
Johnny dies after the rumble
The movement of the earth's crust and the plate boundaries, cause seismic activity, which causes the earth to rumble, causing the feel of an 'earthquake'.