Question

Suppose a probe was sent to land on an airless moon. As the probe got close, the moon's gravity began pulling it straight down. The probe used its rockets to brake.

Unfortunately, a calculation error was made when the probe was designed. As the probe got close to the surface, the force of gravity became greater than the maximum force of its rockets.


Assuming the force of gravity was practically constant from that point on, describe the probe's vertical motion as it neared the moon's surface

Answer 1

The description of the probe's vertical motion as it neared the moon's surface is that . The Moon's surface gravity is said to be weaker due to the fact that it is far lower in terms of mass than Earth.

What are Space Probe?

This is known to be a kind of unscrewed spacecraft sent from Earth and it is made to look out or explore objects in space.

Note that Space probes are a kind of  robots that work well or by remote control.

Note that they do ]take pictures and gather data and thus The description of the probe's vertical motion as it neared the moon's surface is that . The Moon's surface gravity is said to be weaker due to the fact that it is far lower in terms of mass than Earth.

Learn more about probe from

https://brainly.com/question/2323914

#SPJ1