When an asteroid, comet, or meteorite collides with the Moon a crater is formed.
Objects in the solar system are different from each other due to variations in size, composition, and distance from the sun. These factors influence their physical characteristics, such as shape, density, and surface features. Additionally, the processes that formed and shaped each object, such as planetary formation or impacts from other objects, contribute to their differences.
the bumps on the moon are called craters which has happened by comets and other objects.
Craters on the moon were mostly formed by impacts from meteoroids and asteroids colliding with the moon's surface. When these objects traveling at high speeds hit the moon, they create craters by excavating material from the lunar surface. Some craters may also have been caused by volcanic activity early in the moon's history.
The three main surface features on the moon are craters, mountains, and maria (large dark plains). Craters are formed by impacts from meteoroids, mountains are elevated areas caused by the moon's crust being compressed, and maria are low-lying plains formed by ancient volcanic activity.
The dents formed in the surface of rocky objects when they are hit are a result of the impact force causing deformation in the material. This deformation occurs because the force of the impact exceeds the material's strength, causing it to bend or dent rather than break. Over time, repeated impacts can lead to the accumulation of dents and overall alteration of the object's shape.
They are formed by asteroids and meteorites crashing into the surface of the moon
Impact craters, rays, and regolith (loose, fragmented material) are features on the moon caused by rocks or comets crashing into its surface. Impact craters are circular depressions formed by high-speed impacts, rays are long trails of ejecta material, and regolith is the layer of broken rock and dust covering the moon's surface.
geologist is the person that study the surface of the earth
Volcanic landforms and features.
Some common surface features formed by water erosion include valleys, canyons, river channels, and waterfalls. Water erosion can also create features like meanders and deltas in river systems, as well as coastal cliffs and caves along the coastline.
Objects in the solar system are different from each other due to variations in size, composition, and distance from the sun. These factors influence their physical characteristics, such as shape, density, and surface features. Additionally, the processes that formed and shaped each object, such as planetary formation or impacts from other objects, contribute to their differences.
the bumps on the moon are called craters which has happened by comets and other objects.
Escher's are glacial features formed when meltwater streams underneath a glacier, creating tunnels and channels that can collapse to form depressions on the glacier's surface. These features can disrupt or alter the glacier's flow and structure.
Depends what you mean by "water features." The ocean waves crashing against newly forming and newly formed lava is an impressive sight. However, there are no rivers or water falls to speak of in the park.
By crashing glaciers that were melting.
Craters on the moon were mostly formed by impacts from meteoroids and asteroids colliding with the moon's surface. When these objects traveling at high speeds hit the moon, they create craters by excavating material from the lunar surface. Some craters may also have been caused by volcanic activity early in the moon's history.
There are craters formed by asteroids crashing into Earth. There are craters formed by volcanic explosions. There are craters formed by collapses in the Earth's crust.