The reason it differs is because when it is at the top of a mountain, the air is much colder. The air penertrates the pours (holes) in the rocks and it causes it to slowly crack and eventually break completely. At sea level it is not as cold, but when the water continuously hits the rocks, some of the particles in the rocks break away. When a rock is warm, the Particles in it expand and when a rock is cold the particles in it contract. Because it is constantly expanding and contracting, it makes the rock weaker and eventually it will break.
No, they don't. Rocks don't cause weathering at all. They are the things which get weathered.
Freezing water can affect the weathering of rocks on a mountain's pinnacle because the frozen water will expand within the cracks of the rocks of the mountain's pinnacle. The ice accumulations will also grow larger which will also affect the weathering of the rocks.
it changes because of the weathering and erosion that takes away the soil and rocks causing it to lower and move to another place, which means that a new mountain will form from the weathering and erosion.
Weathering breaks materialn down and erosion transports that broken down material. As an example, weathering breaks a mountain down into smaller rocks, and those smaller rocks can be transported by streams (erosion), but the streams cannot simply move the whole mountain.
Physical weathering and chemical weathering both break down rocks.
No, they don't. Rocks don't cause weathering at all. They are the things which get weathered.
Freezing water can affect the weathering of rocks on a mountain's pinnacle because the frozen water will expand within the cracks of the rocks of the mountain's pinnacle. The ice accumulations will also grow larger which will also affect the weathering of the rocks.
Three types of weathing
it changes because of the weathering and erosion that takes away the soil and rocks causing it to lower and move to another place, which means that a new mountain will form from the weathering and erosion.
Weathering breaks materialn down and erosion transports that broken down material. As an example, weathering breaks a mountain down into smaller rocks, and those smaller rocks can be transported by streams (erosion), but the streams cannot simply move the whole mountain.
Physical weathering and chemical weathering both break down rocks.
By: The wind and it blew a lot and that's how when the wind blew it made all the dirt and rocks from a mountain.
High speed wind such as a tornado or cyclone can result in weathering of rocks. weathering of rocks make the huge rocks into stones and then into pebbles and then gradually into sand.
what is the implication of Weathering on rocks engineering property
Metamorphic rocks change into sediments through weathering
The most common rock that experiences weathering, is sedimentary rocks. Metamorphic and Igneous are unlikey to.
Weathering