What methods are commonly used to detect physical hazards in finished products?

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Multiple Choice

What methods are commonly used to detect physical hazards in finished products?

Explanation:
Detecting physical hazards in finished products relies on screening methods that reveal foreign objects without damaging the product. Visual inspection, metal detectors, and X-ray screening are commonly used because they provide quick, non-destructive checks across finished goods. Visual inspection catches obvious contaminants and packaging defects; metal detectors identify metal fragments; X-ray screening can reveal a range of dense or irregular hazards, including metal, glass, stones, and some hard plastics, even when they’re inside packaging. These methods fit well with high-speed production lines and diverse product types. In contrast, taste testing cannot reliably detect metal or glass, mass spectrometry targets chemical composition rather than physical objects, and pH testing measures acidity rather than foreign bodies.

Detecting physical hazards in finished products relies on screening methods that reveal foreign objects without damaging the product. Visual inspection, metal detectors, and X-ray screening are commonly used because they provide quick, non-destructive checks across finished goods. Visual inspection catches obvious contaminants and packaging defects; metal detectors identify metal fragments; X-ray screening can reveal a range of dense or irregular hazards, including metal, glass, stones, and some hard plastics, even when they’re inside packaging. These methods fit well with high-speed production lines and diverse product types. In contrast, taste testing cannot reliably detect metal or glass, mass spectrometry targets chemical composition rather than physical objects, and pH testing measures acidity rather than foreign bodies.