An aircraft is loaded with a ramp weight of 3,650 pounds and has a CG of 94.0. Approximately how much baggage would have to be moved to change the CG to 92.0?

To determine how much baggage must be moved to change the center of gravity (CG) of an aircraft, it is important to understand the relationship between weight, CG, and moment. The moment is calculated using the formula: Moment = Weight × Arm, where the arm is the distance from a reference point to the center of the weight being considered.

In this situation, the current ramp weight is 3,650 pounds, and the CG is at 94.0. To move the CG from 94.0 to 92.0, you need to calculate the amount of weight that needs to be moved and the distance it needs to be moved in order to achieve the desired CG.

Using the calculations involved, when adjusting the CG downward, moving weight backward can help, or moving it forward can adjust it differently, depending on the aircraft's configuration.

The correct answer indicates that approximately 52.14 pounds of baggage would need to be moved from a higher moment position (or toward the tail) to a lower one (or toward the nose) to achieve the new CG. This value considers the significant impact that adjusting the weight distribution has on the overall balance of the aircraft.

Understanding moments and how they affect the center of gravity in relation to