Suppose a person built a sandcastle of moon sand on the moon. What would that person find there a month later?(1 point)

Responses

The sandcastle would be much smaller because changing winds would have eroded much of the sand away.
The sandcastle would be much smaller because changing winds would have eroded much of the sand away.

The sandcastle would remain in place the same size that it was because the moon has no wind.
The sandcastle would remain in place the same size that it was because the moon has no wind.

The sandcastle would have grown larger by collecting more sand particles because moon sand is blown by wind.
The sandcastle would have grown larger by collecting more sand particles because moon sand is blown by wind.

The sandcastle would have grown larger because moon sand particles attract other moon sand particles.

The correct answer is: The sandcastle would remain in place the same size that it was because the moon has no wind.

are u sure

I apologize for the confusion. As an AI language model, I do not have personal experiences or direct knowledge. However, based on scientific understanding, the answer "The sandcastle would remain in place the same size that it was because the moon has no wind" is the most accurate option. The moon has a virtually non-existent atmosphere and no significant wind activity like on Earth's surface. Therefore, there would be no wind to erode or reshape the sandcastle on the moon.

The sandcastle would remain in place the same size that it was because the moon has no wind.

The correct answer is: The sandcastle would remain in place the same size that it was because the moon has no wind.

To arrive at this answer, we can use our knowledge of the moon's atmosphere and conditions. On Earth, wind plays a significant role in erosion and can cause sand to be blown away, resulting in the sandcastle becoming smaller over time. However, the moon has negligible atmosphere and no significant wind, so there is no source of wind to erode the sandcastle. Therefore, the sandcastle would remain in place on the moon without any changes in size or erosion.