Answer :
Final answer:
To assess if a plane is loaded within limits, we need the total weight (in this case 1,990 lbs including fuel) and the details about the airplane's specific make and model to determine the maximum allowable weight. Additionally, the center of gravity is crucial for the aircraft's stability; it's influenced by the distribution of the load. Without detailed specifications about the airplane, I can't give a definitive answer.
Explanation:
To determine if the airplane is loaded within limits, we need to take into account its weight and center of gravity. The center of gravity is the point at which the weight of the plane is concentrated. If the load is distributed improperly, the plane might be unstable. For example, if the weight is too far forward or aft of the center of gravity, the plane can pitch upwards or downwards, respectively. If it's too far left or right, it can roll.
The empty weight of the plane is 1,275 lbs. Adding the weight of the pilot, copilot, a rear-seat passenger and the cargo gives us a total weight of 1,810 lbs. If we factor in the weight of the fuel (approximately 6 lbs per gallon), the aircraft's total weight comes to 1,990 lbs. Whether this falls within the allowable limits depends on the specific make and model of the airplane. The manual or specifications provided by the manufacturer will indicate the maximum allowable weight.
Similarly, the impact on the center of gravity of the load distribution also depends on the specific design of the plane. Thus, to answer your question accurately, I would need further details about your aircraft. With the data provided, I can't confidently say whether your plane is loaded within limits.
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