A technician is operating a large industrial pipeline valve. The valve's central stem, which acts as the axle, has a diameter of . The handwheel attached to the stem has a radius of . If the technician applies a tangential effort force of to the outer edge of the handwheel, what is the resulting output force applied to the valve stem?
- A
- Cevap
- C
- D
Cevap
The resulting output force is .
The correct answer accurately calculates the mechanical advantage by first finding the axle's radius (), then dividing the wheel's radius () by the axle's radius to get an Ideal Mechanical Advantage (IMA) of . Multiplying this IMA by the of input force yields an output force of .
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Anahtar Kavram
The mechanical advantage of a wheel and axle is determined by the ratio of their radii (or diameters), which multiplies the input force to overcome a larger load.