How much weight must be shifted from station 170 to station 40 to bring the CG into the allowable range if the CG is currently at 92.5 inches?

To determine how much weight needs to be shifted from station 170 to station 40 to bring the center of gravity (CG) into the allowable range when it is currently at 92.5 inches, it is essential to understand the principles of weight and balance in aviation.

In a weight and balance scenario, the position of the CG is influenced by the weights and their respective locations within the aircraft. By shifting weight from a more aft position (station 170) to a more forward position (station 40), you can adjust the CG forward, which is often necessary when the CG is too far aft, potentially leading to flight instability.

The amount of weight shifted directly affects the CG position, calculated based on the distance between the two stations and the current CG. When you shift weight from the aft station to the forward station, you are essentially leveraging the moment arms created by the distances from the CG to these stations. The objective is to calculate the right amount of weight that needs to be shifted to bring the CG back within acceptable limits.

In this case, if the correct answer indicates that 15 pounds must be shifted, it suggests that, through the application of weight and balance principles, calculations regarding distances and desired CG position adjustments reveal that this specific