The wind, can soften rocks and blow it away also acid rain can erode rocks with acid and eventually melt it away.
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Flat land features have a low elevation and minimal changes in height, creating a horizontal surface. Hilly land features, on the other hand, have multiple elevations with various slopes and inclines across the terrain.
A comet does. It hits the planet and then basically just fries the surface.-Mountainmmangeetar
Weathering breaks down rocks and minerals on the land surface, leading to erosion and soil formation. This process can shape landscapes by creating features such as valleys, cliffs, and caves. Over time, weathering plays a critical role in sculpting the Earth's surface.
weathering,erosion, and deposition
Weathering occurs on the surface of the Earth because it is driven by exposure to the atmosphere and environmental factors, such as moisture, temperature changes, and chemical reactions with the air. Weathering processes like mechanical weathering and chemical weathering break down rocks and minerals on the Earth's surface over time. Subsurface rocks are not as exposed to these environmental factors, so weathering processes are less active below the surface.
A slow process of change to the earth's surface can be weathering or erosion.
Water changes the Earth's surface by erosion and flooding.....................I think......1)well, water can cause erosion.2) it can cause land slideAnswerWithout water, plant and animal life would not exist, drastically altering Earth's surface. Water is huge in the weathering of surface rock and necessary to the rock cycle.
Deposition changes the surface of earth by eroding away the surface.
Earth's surface is primarily composed of a mixture of land, water, and ice. It consists of various landscapes such as mountains, valleys, plains, deserts, and oceans. The surface of the Earth is constantly undergoing changes due to processes like erosion, weathering, and volcanic activity.
Surface area affects weathering by providing more contact between the rock and agents of weathering such as water, wind, and temperature changes. A greater surface area allows for increased chemical and physical breakdown of the rock, leading to faster weathering processes. Rocks with larger surface areas will typically weather more quickly than those with smaller surface areas.
Examples of slow changes on Earth's surface include weathering of rocks over time, erosion of land by water and wind, and gradual movement of tectonic plates. These processes can take thousands to millions of years to significantly alter the Earth's surface.