Final answer:
The one's surface you would expect to be most crowded with impact craters is planet C Size: same as the Moon. Distance from Sun: same as Mars. Rotation rate: once every 10 days. The correct answer is C.
Step-by-step explanation:
The number of impact craters on a planet's surface is often influenced by factors like size, distance from the Sun, and the planet's rotation rate.
In this case, the planet most likely to have its surface crowded with impact craters would be:
C) Size: same as the Moon. Distance from Sun: same as Mars. Rotation rate: once every 10 days.
The reason for this choice is that a smaller-sized planet (similar to the Moon) tends to have less gravitational pull compared to larger planets. Additionally, a slower rotation rate means the surface remains exposed to space debris for longer periods, resulting in a higher frequency of impacts and more accumulated craters over time. The correct answer is C
Your full question attached below
The choices below describe four hypothetical planets. Which one's surface would you expect to be most crowded with impact craters? (Assume the planets orbit a star just like the Sun and that they are all the same age as the planets in our solar system.)
A) Size: twice as big as Earth. Distance from Sun: same as Mercury. Rotation rate: once every 6 months.
B) Size: same as Mars. Distance from Sun: same as Earth. Rotation rate: once every 18 hours.
C) Size: same as the Moon. Distance from Sun: same as Mars. Rotation rate: once every 10 days.
D) Size: same as Venus. Distance from Sun: same as Mars. Rotation rate: once every 25 hours.