Large craters are visible on the moon but not common on the earth's surface. Which of the following is the beady explanation of why large craters are not evident in the earth's surface in photos taken from space.
A.three quarters of the earth's surface is covered by land.
B.natural erosion on the earth's removes the evidence of large craters in a relatively short amount of time.
C.the moon acts as a shield and attracts most asteroids, meteors and comets headed toward the earth
D.objects large enough to create a large crater are deflected by the earth's surface.
Pls help. My answer is B.
Agree
To determine the best explanation for why large craters are not commonly seen on the Earth's surface in photos taken from space, let's go through the options:
A. Three-quarters of the Earth's surface is covered by land: This statement is true, but it does not directly explain why large craters are not evident on the Earth's surface.
B. Natural erosion on Earth removes the evidence of large craters in a relatively short amount of time: This is a plausible explanation. Natural processes like weathering, erosion, and tectonic activity on Earth can gradually erase or modify the appearance of craters over time.
C. The moon acts as a shield and attracts most asteroids, meteors, and comets headed toward the Earth: This statement is incorrect. The moon's presence does not attract or shield objects from hitting the Earth.
D. Objects large enough to create a large crater are deflected by the Earth's surface: This statement is not entirely accurate. While some objects can be deflected or burn up in Earth's atmosphere, others may still impact the surface and create craters.
Given the options, the best explanation for large craters not being commonly seen on the Earth's surface in photos taken from space is option B: Natural erosion on Earth removes the evidence of large craters in a relatively short amount of time. Weathering and erosion processes, such as wind, water, and ice, can gradually wear down and modify the appearance of craters on Earth over time.