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If enough water pressure builds under the surface of the ground the water can burst through cracks forming?
If enough water pressure builds under the surface of the ground, it can cause the water to burst through cracks, forming geysers or springs. This phenomenon occurs when underground aquifers become pressurized and the water is forced to flow upwards through openings in the Earth's crust.
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If enough water pressure builds under the surface of the ground the water can burst through cracks in the surface forming a(n) .?
This forms a geyser.
What forms If enough water pressure builds under the surface of the ground and the water can burst through cracks in the surface?
If enough water pressure builds under the surface of the ground, it can lead to the formation of geysers or hot springs. The water can burst through cracks in the surface, creating natural features like fumaroles or mud pots. These hydrothermal features are commonly found in volcanic areas or geologically active regions.
If enough water builds under the surface of the ground the water can burst through cracks in the surface forming a?
Geyser
What is an opening in the Earth's Surface through which lava can flow?
An opening in the Earth's surface through which lava can flow is called a volcano. When pressure builds up beneath the Earth's crust, it can force magma to erupt through a vent in the form of lava, gases, and ash.
Brings water to the surface through a fissure in the land?
A spring is created when underground water is forced to the surface through a fissure or crack in the land. This natural phenomenon occurs when pressure builds up and pushes the water upward towards the surface. Springs can vary in size from small seeps to large flows depending on the geology of the area.
If enough water pressure builds under the surface of the ground the water can burst through cracks in the surface forming a(n)?
This forms a geyser.
If enough water pressure builds under the surface of the ground the water can burst through cracks in the surface forming a n?
Geyser
If enough water pressure builds under the surface of the ground the water can burst through cracks in the surface forming a(n) .?
This forms a geyser.
if enough water pressures builds under the surface of the ground can burst through cracks in the surface, forming a?
Geyser
What forms If enough water pressure builds under the surface of the ground and the water can burst through cracks in the surface?
If enough water pressure builds under the surface of the ground, it can lead to the formation of geysers or hot springs. The water can burst through cracks in the surface, creating natural features like fumaroles or mud pots. These hydrothermal features are commonly found in volcanic areas or geologically active regions.
If enough water builds under the surface of the ground the water can burst through cracks in the surface forming a?
Geyser
What is an opening in the Earth's Surface through which lava can flow?
An opening in the Earth's surface through which lava can flow is called a volcano. When pressure builds up beneath the Earth's crust, it can force magma to erupt through a vent in the form of lava, gases, and ash.
What happensin a volcanic eruption?
pressure builds up in the earth and pushes the magma up to the surface.
How are hot spots formed?
from being under the mantle the gas pressure builds up and forces magma out forming a hot spot.
How do volcanoes takes place?
Volcanoes are essentially holes in the earths surface through which magma and lava can erupt. when pressure builds up below the earths crust, magma is then forced violently out of the volcanoes.
Magma reaches the earths surface as a result of the process called?
Magma reaches the Earth's surface through a process called volcanic eruption. This occurs when pressure builds up underground and forces the magma to flow and eventually break through the Earth's surface. Once the magma reaches the surface, it is then called lava.
Why does pressure in magma build up as it rises toward the surface?
Pressure in magma builds up as it rises toward the surface because the weight of the overlying rock increases, causing the magma to be squeezed and pressurized. This pressure can eventually lead to volcanic eruptions.
