For single-component liquids, boiling point = condensation point. Both are the same temperature for a given pressure. Let's talk boiling. Liquids. This research was aimed at determining the relationship between relative humidity and the dew point temperature in Benin City, Edo State, Nigeria. The dew. The relative humidity (RH) and the dewpoint temperature (td) are two widely used indicators of the amount of moisture in air. The exact conversion from RH to td.
Dew point - Wikipedia
In other words, the higher for the five sites and for Khartoum State from the pooled data of the dew point is, the more moisture is in the air and vice versa. In addition to that: In summer months April - October there was a during data logging.
In the trend graphs the two lines Figures 1. Trend for dew point temperature Td oC Fig. Trend for dew point temperature Td C Fig.
Trend for dew point Td C and relative Fig. Trend for dew point Td oC and relative Fig.
Temperature/Dew Point Relationship
Trend for dew point Td C and relative humidity Fig. The highest level of Td and RH were during  Jan. Golden Gate Weather Services, understanding August which is the month of peak rains. The exponential humidity  Horstmeyer, S. In that study the researcher arrived at the finding that the Dew Point Temperature For all sites in Khartoum  Jack.
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Effects of windbreak period. Agriculture, Ecosystems and Environment, V. The main finding of this study is that the relationship between http: The Relationship between Relative with an acceptable level of accuracy using empirical regression Humidity and the Dew point Temperature in Moist Air: A higher ambient pressure yields a curve under the current curve.
Increasing the barometric pressure increases the dew point.
Because Denver is at a higher elevation than New York, it will tend to have a lower barometric pressure. This means that if the dew point and temperature in both cities are the same, the amount of water vapor in the air will be greater in Denver.
Relationship to human comfort[ edit ] This section needs additional citations for verification.
Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. October Learn how and when to remove this template message When the air temperature is high, the human body uses the evaporation of sweat to cool down, with the cooling effect directly related to how fast the perspiration evaporates.
Journal of Applied Sciences and Environmental Management
The rate at which perspiration can evaporate depends on how much moisture is in the air and how much moisture the air can hold. If the air is already saturated with moisture, perspiration will not evaporate.Humidity vs Dewpoint
The body's thermoregulation will produce perspiration in an effort to keep the body at its normal temperature even when the rate it is producing sweat exceeds the evaporation rate, so one can become coated with sweat on humid days even without generating additional body heat such as by exercising.
As the air surrounding one's body is warmed by body heat, it will rise and be replaced with other air. If air is moved away from one's body with a natural breeze or a fan, sweat will evaporate faster, making perspiration more effective at cooling the body. The more unevaporated perspiration, the greater the discomfort.