AnswerWhen the mass of a material is plotted against volume, the slope of the line is the density of the material.
The lee slope is not actually an aspect of an avalanche itself, but it can be a cause if an avalanche. It is the sheltered side of a peak or slope that is not exposed to wind and sunlight. If snow accumulates here, daily freezing and thawing from contact with sunlight, as well as the action of wind that normally would blow loose snow away, will not have as great of affect in moving loose snow and keeping the snow packed with layers of ice. This snow could avalanche easily.
A geological ridge characterized by a gentle slope facing a steep slope is known as an anticline. It is a type of fold in rock formations where the layers of rock arch upward, creating a gentle slope on one side (the crest) and a steeper slope on the opposite side.
The movement of material down slope along a curved surface is called creep. It is a slow, continuous process of particle-by-particle movement typically caused by gravity and can occur on various slope angles.
Yes, landslides and avalanches are both caused by the force of gravity. Gravity pulls the materials down a slope, causing them to move rapidly and potentially result in a landslide or avalanche. Other factors such as weather conditions, slope angle, and the presence of loose material can also influence the occurrence and severity of these events.
The loose material in layers slipping down a slope is called a landslide. It occurs when the stability of the slope is compromised, causing the material to shift and move downwards due to gravity. Landslides can be triggered by various factors like heavy rainfall, earthquakes, or human activities.
That is called a landslide, which occurs when loose material like rocks, soil, and debris move downhill due to factors such as gravity, water, or earthquakes. Landslides can be destructive and cause significant damage to property and infrastructure.
Loose materials or rock layers slipping downward as one large mass are referred to as a "landslide" or "mass wasting." This phenomenon occurs when gravitational forces overcome the stability of the materials, causing them to move down a slope. Factors such as heavy rainfall, earthquakes, or human activity can trigger these events. Landslides can vary in size and speed and pose significant risks to infrastructure and ecosystems.
The angle at which loose material will not slide down a slope is called the angle of repose. It is the maximum angle at which an inclined surface formed of a particular loose material can remain stable without sliding. The angle of repose varies depending on the size, shape, and friction of the particles making up the material.
Answer is A riged surface prevnts slipping on a slope.
That depends on the friction between the loose material and the slope. In most high friction situations, objects will tumble rather then slide down a slope.But to give you some numbers: most playground slides are 45` or less, an experienced rock climber can walk up a 60`slope with climbing shoes and a rough surface.
A rough Surface
noo its alittle dangerous chances of slipping
The rock fragments that accumulate at the base if a steep slope are usually known as scree or talus.
When the forces holding the material in place become stronger than the force pulling it downhill, the material will no longer move downhill. This could happen when the slope gradient decreases or when additional support structures are put in place to stabilize the material.
The material making up a scree slope is called "scree" or "talus." It consists of loose rock fragments that have fallen from a cliff or steep slope, typically due to weathering and erosion processes. These angular pieces of rock accumulate at the base of the slope, forming a steeply angled deposit. Scree slopes are often unstable and can shift or move due to gravity and other environmental factors.
The force that pulls material down a slope is gravity. Gravity acts to pull objects towards the center of the Earth, causing them to move downwards along the slope due to the force of gravity. Friction between the material and the slope also plays a role in determining how quickly the material moves down the slope.