| 11. | The wet bulb temperature indicates how much the temperature can drop due to evaporative cooling.
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| 12. | The thermodynamic wet-bulb temperature is a thermodynamic property of a mixture of air and water vapor.
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| 13. | The dew point temperature is equal to the fully saturated dry bulb or wet bulb temperatures.
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| 14. | Unlike wet bulb temperature, dry bulb temperature does not indicate the amount of moisture in the air.
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| 15. | This gives dew point and wet-bulb temperature.
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| 16. | Unlike wet bulb temperature, dry bulb temperature does not indicate the amount of moisture in the air.
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| 17. | Humans may also experience lethal hyperthermia when the wet bulb temperature is sustained above for six hours.
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| 18. | The cooling potential for evaporative cooling is dependent on the wet bulb depression, the difference between wet-bulb temperature.
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| 19. | Wet bulb temperature is used as a metric since it takes air temperature and relative humidity into account.
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| 20. | On Friday, wet bulb temperatures in New England were near 32 degrees, indicating that snow would probably occur.
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