large craters tells us that it's been impacted by thousands and thousands of metoers since it has no atmosphere, the layers are made up of magma which has been cooled down
The surface features and distribution on the Moon's surface provide clues about its geological history, including impact cratering, volcanic activity, and tectonic processes. By studying these features, scientists can infer the sequence of events that shaped the Moon over time, such as the formation of large impact basins and the eruption of lava flows. This information helps us understand the Moon's formation and evolution.
The surface features of the moon, such as impact craters and volcanic plains, indicate a history of bombardment by asteroids and comets early in its formation. The lack of a significant atmosphere to erode these features suggests that the moon has remained relatively unchanged since these events occurred billions of years ago.
Because the moon has no atmosphere and no liquid water on its surface, it has no weather and no life. Weather, and living things, both tend to change existing surface features. So, features don't last as long on the Earth as they do on the moon.
HighlandsMariaRillsCraters
Some major surface features on Mars include vast volcanoes like Olympus Mons, deep canyons like Valles Marineris, and large impact basins like Hellas Planitia. These features point to a dynamic geological history on the planet.
Earth's shadow on the moon proved that earth wasn't flat. When galileo first turned his telescope to the moon, he found a surface scarred by craters and maria. Before that time, many people believed that all planetary bodies were "perfect" without surface features.
The surface features and distribution on the Moon's surface provide clues about its geological history, including impact cratering, volcanic activity, and tectonic processes. By studying these features, scientists can infer the sequence of events that shaped the Moon over time, such as the formation of large impact basins and the eruption of lava flows. This information helps us understand the Moon's formation and evolution.
Earth's shadow on the moon proved that earth wasn't flat. When galileo first turned his telescope to the moon, he found a surface scarred by craters and maria. Before that time, many people believed that all planetary bodies were "perfect" without surface features.
Earth's shadow on the moon proved that earth wasn't flat. When galileo first turned his telescope to the moon, he found a surface scarred by craters and maria. Before that time, many people believed that all planetary bodies were "perfect" without surface features.
Earth's shadow on the moon proved that earth wasn't flat. When galileo first turned his telescope to the moon, he found a surface scarred by craters and maria. Before that time, many people believed that all planetary bodies were "perfect" without surface features.
Earth's shadow on the moon proved that earth wasn't flat. When galileo first turned his telescope to the moon, he found a surface scarred by craters and maria. Before that time, many people believed that all planetary bodies were "perfect" without surface features.
Distribution of Physical Features
Surface features refer to physical characteristics or attributes visible on the exterior of an object or area. These features can include textures, colors, shapes, patterns, and other visual characteristics that define the appearance of the surface. Observing surface features can provide valuable information about an object's composition, history, or functionality.
i have no idea I'm on Answers.com for a reson
Geography is the study of the Earth's surface and its physical features, such as landforms, climate, vegetation, and the distribution of organisms. It also encompasses human activities and their interaction with the environment.
Geography is the study of all the physical features of the Earth's surface, including its climate and the distribution of plant, animal, and human life.
The science of studying Earth's surface and its features is called geology. Geologists study the composition, structure, and processes of the Earth's crust, as well as the history of the planet and its formation.