Where would damage be more? near the epicenter or away from the epicenter?


Near the epicenter beacause that's the center of the earthquake
Epicenter because it is the center of a wound or the center of respose in the wound

What is the difference between the focus and an earthquake's epicenter? From the emphasis of an earthquake, seismic waves scatter out. Less vibration and less destruction were experienced by buildings far from the epicenter. There are more vibration and more disruption to buildings near the epicenter.

The location inside the Earth where an earthquake begins is called the focus (or hypocenter) of the earthquake. The point at the Earth's surface directly above the focus is called the epicenter of the earthquake. At the epicenter, the strongest shaking occurs during an earthquake

What is the difference between the focus and the epicenter of an earthquake? Seismic waves spread out from the focus of an earthquake. Structures farther from the epicenter experience less shaking and less damage. Structures near the epicenter experience more shaking and more damage.

The damage would be greater near the epicenter.

Near the epicenter


This happens because the Earth's plates are constantly moving. ... The point inside the Earth's crust where the earthquake originates from is known as the focus. The earthquake's energy is released in seismic waves and they spread out from the focus. The seismic waves are most powerful at the epicentre or near the epicentre.

more damage will occur near the epicenter

Earthquakes are stronger on the epicenter. Thus, it should be having more damage near the epicenter.

What is Epicenter?

Epicenter is the place or point where the earthquake originates. Epicenter is above the hypocenter. The hypocenter is the focus of the earthquake.  Technically, the intensity  of an earthquake gets higher as you get closer to the epicenter.

What is earthquake and how does it happen?

Earthquake pertains to the rapid and sudden shaking of the ground. It happens when two blocks of earth slips or past one another. The surface where they have slipped is called the fault plane. When some of the energy stored in the Earth's crust is released due to a fracture and slip on the rocks, seismic waves are produced. This passage of seismic waves through the Earth rocks now causes an Earthquake.



For the most part, an earthquake will be most intense at the epicenter, but the is not always the case. ... For example, earthquake intensity is greatest in areas where the soil can liquify easily. When soil liquifies, it shakes more than other soils do and the impact on buildings is much greater.

Probably there will be more damage located near the epicenter.

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