Answer:
Step-by-step explanation:
Gravity and the space probe's orbit are used to detect the location of the Alien Death Moon by analyzing the gravitational effects of the moon on the space probe.
As the space probe approaches the moon, its velocity and direction are influenced by the moon's gravitational pull. These changes in the probe's velocity and direction can be measured and analyzed to calculate the moon's mass and position. By tracking the changes in the probe's orbit over time, scientists can determine the location and size of the Alien Death Moon.
Additionally, scientists can also use radio signals to measure the distance between the space probe and the moon. By sending signals to the space probe and measuring the time it takes for the signals to bounce back, scientists can calculate the distance between the probe and the moon. This distance can then be used to refine the calculations of the moon's mass and position.
Overall, the combination of gravity and the space probe's orbit allows scientists to detect the location of the Alien Death Moon and gather important data about its properties and behavior.
Note: This answer is based on a hypothetical scenario and is not based on any real scientific data or findings.