Infrared thermography identifies outliers by detecting differences in temperature.

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Multiple Choice

Infrared thermography identifies outliers by detecting differences in temperature.

Explanation:
Infrared thermography relies on measuring the heat emitted by surfaces. The camera translates infrared energy into a temperature map, so each pixel represents a temperature value. Outliers show up as regions that are noticeably hotter or cooler than their surroundings, making temperature the key factor for identifying anomalies. Humidity isn’t what the camera directly measures, color is just a visual representation of temperature data, and pressure isn’t what infrared thermography detects.

Infrared thermography relies on measuring the heat emitted by surfaces. The camera translates infrared energy into a temperature map, so each pixel represents a temperature value. Outliers show up as regions that are noticeably hotter or cooler than their surroundings, making temperature the key factor for identifying anomalies. Humidity isn’t what the camera directly measures, color is just a visual representation of temperature data, and pressure isn’t what infrared thermography detects.

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