Calibrated: meaning, definitions and examples
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calibrated
[ ˈkælɪˌbreɪtɪd ]
measuring devices
Calibrated refers to the process of adjusting and setting the accuracy of a measuring instrument or device to ensure it provides precise and correct measurements. This is crucial in various fields, such as science, engineering, and medicine, where accurate measurements are vital for success.
Synonyms
adjusted, regulated, standardized
Examples of usage
- The calibrated thermometer showed an accurate temperature reading.
- Before starting the experiment, the researchers ensured all devices were properly calibrated.
- The technician calibrated the scales to ensure accurate weight measurements.
setting precision
To calibrate means to determine, check, or rectify the graduation of a measuring instrument. Calibration is typically performed periodically to maintain the integrity of the measurements.
Synonyms
align, correct, fine-tune
Examples of usage
- He calibrated the pressure gauge before taking readings.
- The manufacturer recommends that users calibrate the equipment monthly.
- Calibrating the camera ensured the colors were accurate.
Translations
Translations of the word "calibrated" in other languages:
🇵🇹 calibrado
🇮🇳 कैलिब्रेटेड
🇩🇪 kalibriert
🇮🇩 terkalibrasi
🇺🇦 калібрований
🇵🇱 skalibrowany
🇯🇵 キャリブレーション済み
🇫🇷 étalonné
🇪🇸 calibrado
🇹🇷 kalibre edilmiş
🇰🇷 교정된
🇸🇦 معاير
🇨🇿 kalibrovaný
🇸🇰 kalibrovaný
🇨🇳 校准过的
🇸🇮 kalibriran
🇮🇸 kalibreraður
🇰🇿 калибрленген
🇬🇪 კალიბრირებული
🇦🇿 kalibrlənmiş
🇲🇽 calibrado
Etymology
The term 'calibrated' stems from the Latin word 'calibrum,' which means 'balance' or 'measure.' The root relates to the act of measuring and aligning standards for instruments so they produce reliable results. The use of calibration is fundamental in science and engineering, underpinning processes that demand precision. Its application spans across various disciplines, demonstrating its importance in ensuring that instruments provide correct and standardized measurements. Over time, the concept of calibration has evolved alongside technological advancements and the increasing need for accuracy in a wide range of applications, from industrial manufacturing to healthcare diagnostics.