dirt
A large mass of rock that collapses or slides down a sloping surface is called a landslide. This can be triggered by heavy rain, earthquakes, volcanic eruptions, or human activity, and can cause significant damage to the surrounding area. Emergency preparedness and monitoring can help mitigate the impacts of landslides.
The steps involved in breaking down mountain rock is called weathering. Weathering takes place naturally and is caused by wind, rain, ice, snow, and rivers. This breaks rocks into large pieces that continue to break down.
Yes, a rock slide is considered a type of mass movement in geology. Mass movements refer to the downhill movement of rock, soil, or debris under the influence of gravity, and rock slides involve the rapid movement of rocks down a slope.
Bits of rock from a mountain can reach the sea through processes such as erosion, weathering, and transportation. These processes involve factors like wind, water, and ice breaking down and carrying the rock particles from the mountain to rivers or glaciers that eventually lead to the sea. Once in the sea, these rock particles may contribute to the formation of beaches or seabed sediments.
A landslide is a mass movement of rock, soil, and debris down a slope. In the case of watery clay soil, high water content lubricates the soil particles, making them more prone to sliding. Steep slopes, heavy rainfall, and geological factors can all contribute to triggering a landslide in such conditions.
AVALANCHE!
Avalanche
AVALANCHE by GIFT OKWa
Elvis Presley slides down a table in jail house rock.....
r0ck s1ide
its part of the rock cycle
A Block Mountain.
A Block Mountain.
The Rakaposhi Mountain in Pakistan is a rock mountain. It is a part of the Karakoram mountain range, and is a popular climbing mountain during the summer months.
because it goes sliding down froma mountain
Erosion
The force that causes a rock to roll down the side of a mountain is primarily gravity. Gravity pulls the rock downward toward the center of the Earth, and when the rock is on an incline, this force causes it to accelerate down the slope. Additionally, friction between the rock and the surface may influence its movement, but gravity is the dominant force driving it downward.