Answer :

Final answer:

The weight applied in Buck's Traction is medically determined and varies, typically ranging from 5 to 10 pounds. It is not based on a set mechanical advantage ratio as would be found in physics problems involving pulleys systems.

Explanation:

In Buck's Traction, there is not a specific amount of weight applied per pound of force delivered universally, as the force required can vary based on the patient's condition, the reason for the traction, and the physician's orders. Typically, the weight will range from 5 to 10 pounds but may be adjusted accordingly to achieve the desired effect of gently stretching and aligning the limb while minimizing patient discomfort. However, the question seems to be asking about the mechanical advantage related to a pulley system, which can be solved using principles from physics. For example, if a pulley system has a mechanical advantage (MA) of 2, meaning the force applied through the system is effectively doubled, then 1 pound of weight would result in 2 pounds of force delivered. However, this is different from Buck's Traction, where the force is medically determined and not simply based on mechanical advantage.

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