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Stress in the earth's outer layer cause a pushing effect against the sides of the fault. Due to this motion, rocks slip or collide against each other releasing energy. This released energy travels in waves through the earth's crust and causes the shaking that we feel during an earthquake.
Under the surface of the earth, the two sides of a fault are constantly moving, relative to one another. This movement is known as a fault slip. The movement of these two sides is not smooth and is accompanied by a gradual build-up of elastic strain energy within the rocks along the fault.
Eventually, the strain along the fault becomes too much.The fault then ruptures with a sudden movement releasing all the energy it has built up. This energy is released in the form of vibrations called 'seismic waves'.
These waves travel along the surface and through the earth at varying speeds depending on the material through which they move. It is actually these seismic waves that cause most of the destructive effects, which we associate with earthquakes.
The location on a fault where the slip first occurs is called the hypocentre, whereas the position directly above it on the ground surface is called the epicentre.
When these seismic waves reach the surface of the earth, they give rise to strong ground motion causing building and other man-made structures to shake or collapse or develop cracks and fissures.
Earthquakes can also cause landslides, sudden eruptions as in the case of a hot lava flow from a volcano or giant waves called tsunamis. Sometimes new land mass are also formed.
I think that they are in concentrated zones, not just randomly, to answer the REAL question. (I didn't write the other stuff but I wouldn't want to erase somebody's work)
What else can I help you with?
Are earthquakes scattered evenly over earths surface?
No, earthquakes are not scattered evenly across the Earth's surface. They tend to be concentrated along tectonic plate boundaries, where plates interact. This results in higher seismic activity in regions like the Pacific Ring of Fire, while other areas may experience significantly fewer or no earthquakes. Factors such as geological structures and historical seismic activity also influence earthquake distribution.
Are non-renewable resources evenly spread over the earth?
No they are not evenly distributed. Some parts of the world are have more oil than others. Other countries have more coal than others. Its just the things turned out geologically for everybody.
How many rheumatoid arthritis patients in the Philippines?
There is no relevant data available on RA in the Philippine's. However about 1% of the world wide population suffers from RA and that seems to be a pretty evenly distributed in any country or race of people. 3 out of 4 people that have RA are women and the general age of onset of the disease is at about 35 to 40 years of age. however this disease can present itself in very Young children as well.
What does graphic balance mean?
Graphic balance refers to the visual equilibrium achieved in a design or artwork, where elements are arranged in a way that creates a sense of stability and harmony. This can be accomplished through symmetrical balance, where elements are evenly distributed, or asymmetrical balance, where different elements are arranged to create a dynamic yet cohesive composition. Effective graphic balance enhances the overall aesthetic appeal and helps guide the viewer's eye through the design.
What type of structure could stand during an earthquake?
Simple retangular shapes are building configuration response well to earthquakes. They can distribute force more evenly. U, L, H,T configurations don't resist well because of strong concentrated forcein the inside corners created by the those shapes.
How are volcanoes distributed in the map are they scattered evenly or concentrated in zones?
Volcanoes are in concentrated zones.
Are volcanoes evenly distributed or concentrated in zones?
Volcanoes are concentrated in specific zones called volcanic belts or arcs, which are often associated with tectonic plate boundaries. These zones include the Ring of Fire in the Pacific Ocean and rift zones such as the East African Rift. Volcanoes are not evenly distributed across the globe.
How are the volcanoes distributed on the map Are they scattered evenly or concentrated in zones?
They are concentrated in zones - specifically at or near convergent and divergent tectonic plate boundaries. There are a few exceptions that can occur within tectonic plates which are thought to be caused by mantle plumes which create hot spots. An example would be the Hawaiian Island chain which has formed roughly in the centre of the pacific plate.
Are volcanos scatered evenly or in concentrated zones?
Volcanoes are typically found in concentrated zones, such as along tectonic plate boundaries. These areas, known as the Ring of Fire, have a higher concentration of volcanic activity due to the movement and interactions of the Earth's tectonic plates. While volcanoes can occur in other locations, they are most commonly found in these concentrated zones.
How are volcanoes disturbed are they scattered evenly or concentrated in zones?
Volcanoes are not scattered evenly; they are primarily concentrated in specific zones known as tectonic plate boundaries. Most volcanic activity occurs along divergent boundaries, where plates move apart, and convergent boundaries, where one plate is pushed beneath another. Additionally, hotspots, like the one that created the Hawaiian Islands, can also lead to volcanic activity in the middle of tectonic plates. This clustering is a result of geological processes such as subduction, rifting, and mantle plumes.
Are they scattered evenly or concentrated in zones?
The distribution of entities can vary significantly depending on the context. In some cases, they may be scattered evenly across a region, while in others, they might be concentrated in specific zones due to factors like resource availability, environmental conditions, or human activity. Analyzing patterns of distribution can provide insights into underlying causes and dynamics. Therefore, it's essential to consider the specific scenario when determining whether they are scattered or concentrated.
How are earthquakes distributed on the map are they scattered evenly over earth's surface are they connected in definite zone?
They are most common at plate boundaries.
How are earthquakes distributed on the map Are they scattered evenly or concentrated in zones?
Earthquakes are not distributed evenly on the map but are concentrated in specific zones known as seismic zones or fault lines. These zones are usually located along tectonic plate boundaries where the Earth's crust is under stress and prone to movement. The most seismically active areas include the Pacific Ring of Fire, the Himalayan belt, and the Mid-Atlantic Ridge. These zones experience more frequent and intense earthquakes compared to other regions around the world.
Volcanoes are fairly evenly distributed all over the world?
Volcanoes are not evenly distributed around the world. They are mostly located along tectonic plate boundaries, such as the Ring of Fire in the Pacific Ocean, where subduction zones and mid-ocean ridges create conditions for volcanic activity. There are also isolated volcanic hotspots, like Hawaii, that are not near plate boundaries.
Are sweat glands distributed evenly through the body?
Sweat glands are not distributed evenly throughout the body. They are more concentrated in certain areas like the palms, soles of feet, and underarms, where there are higher concentrations of eccrine glands. These areas tend to produce more sweat than others.
Are diamonds evenly distributed on earth?
No, diamonds are not evenly distributed on earth. They are typically found in specific geological formations called kimberlite pipes or alluvial deposits, which are concentrated in certain regions such as Africa, Australia, and Canada. These areas have unique geological conditions that are conducive to the formation of diamonds.
What is non-uniform mixture?
A non-uniform mixture is a combination of substances where the components are not evenly distributed throughout the mixture. This means that there are regions within the mixture where one substance is more concentrated than another. Examples include sand mixed with iron filings, where the iron is not evenly distributed throughout the sand.
