does wind effect temperature and humidity?
821715
It depends. Wind is the movement of air. If the wind contains warm moist air, then yes the temperature and humidity will be affected. It temp and humidity of the air in the wind is the same as the air it replaces then no there will be no effect.
334098
Hot air *can* contain more moisture than cold air, but it depends on how much moisture is available for it to contain.
125173
There is a fairly large variation in what people find to be comfortable, from a low of around 65C for those with high metabolisms or mild hyperthyroidism, to 85 or 90 for those with low metabolism.  The variation for humidity is slightly less, from 30-70%, assuming no physiological problems.  Thus, there is a range, just like any other parameter we live with, like the amount of salt in food, or colors on a wall-there isnt any *one* perfect answer.
929539
wind is caused by the movement of air from regions of high atmospheric pressure to regions of low atmospheric pressure.  high pressure is caused by the cooling of air: as air cools, it shrinks and becomes more dense and its pressure therefore increases.  low  pressure is caused by the heating of air: as air warms, it expands and becomes less dense and its pressure therefore decreases.\nrain is caused by the rising of columns of air: when a bubble of air is warmer than its surroundings, it expands and becomes less dense.  this less dense air rises, and as it rises, it gets cooler.  as it cools, it becomes less able to hold moisture.  eventually, you reach a point at which the air can no longer get any cooler without having to lose some moisture.  it is at this point that clouds and rain start to form.\nyou get storms if you have the right combination or rain, wind, air pressure, humidity, and clouds.
784253
Does density affect  items when temperature, humidity, and  gravity are changed?
71053
You could, but you would have to measure and record ambient temperature and barometric pressure changes over the same period, as well as sheilding your water container from wind, and then do some calculus to come up with the rate of evaporation. Depending on the amount of data you record the result might only be an average value over several days. A much easier method is to use a sling psychrometer, which will give you an immediate value. You can build one yourself from two thermometers and some simple parts.\n\nI too would like to know how Lewis and Clark did this, as according to all references I have checked, they didn't. In a published article by Vernon L. Preston he states that the only meteorological instruments that Lewis and Clark had were thermometers. He compiled all the weather data and comments made by Lewis and Clark and I find no references to relative humidity, and no records of any data collected. They only mentioned things like rain and dew. I've added the link to this article.
978891
Air can hold a specifica amount of water, depending on the temperature. Air that is 20 degrees can hold a considerably greater amount of air that is ten degrees.\n\nNow say at 20 degrees the humidity is 95%, this means that 95% of the capacity of moisture at 20 degrees is utilised.\n\nNow say it cools down 2 degrees and the moisture content of the air does not change. at 18 degrees, the air can hold less water vapour, so in essesnce what was 95% utilisation at 20 degrees, has the potential to be 100% at 18 degrees, hence dewpoint.\n\nThis is what dewpoint temperature is. They work know the relative humidity at a certain temperature. Using ischrones of moisture content, they estanlish at what temperature, the moisture content would be 100% of available water content and thus you have your dewpoint.
159439
Relative humidity is the amount of water vapor a temperature can hold, Higher temperatures can hold more water vapor.
127589
12F temperature and -27F wind chill
33065
The meteorological conditions: temperature and wind and clouds and precipitation
56700
73 F \n\n34% Humidity\n\nclear sky\n\nwind NW 15 m/h
169875
in the right conditions and humidity
1023154
WInd chill takes into account temperature and the velocity of the wind. The number derived is the temperature that is eqivalent to that if the wind did not exist. It is always a lower number.
1001478
Good question.  Humidity itself has a negligible affect on temperature.  What it does change dramatically is the heat content of air.  This means that humid air can 'carry' much more heat than dry air.  \n\nNow, humidity does change how we perceive the temperature.  And its exactly for the reason above.  On a rainy foggy day with the temperature at 3 or 4 deg (~38 F) have you ever noticed how cold you get?  Just standing around, you begin to get fidgety just to keep warm.  But on a dry night with big fluffy flakes of snow and a temperature of -3 deg, you can walk around comfortably for hours.  This is simply a function of how efficiently the air takes heat from you body.\n\nNow, if you were doused in water, the evaporation rate in the dry air would be much faster, and you would get hypothermia quicker than in the wet weather, so it gets complicated.  Hope this helps.
543373
We have air around us. The atmosphere has high preasure and low preasure. When the high preasure area turns into low preasure, the air moves from high preasure area towards the low preasure. This movement of air from one area to another causes the wind. \n\nIt has nothing to do with clouds. The faster the low preasure area is formed, depends on whether you have clouds, or thunderstorms. Low preasure areas causes rain. This is why normally you have winds before the rain.
903511
The wind does not affect a thermometer's temperature reading.  It affects you because you evaporate sweat more quickly, which is cooling, and because it blows away all the warm places you store in clothes and body parts.\n\nThe Stevenson's shield that meteorologists use to keep temperature, shields the thermometer from the sun (so as to get a shade reading, which is the only reliable reading), but has vent opening to the air.
1022014
well if the wind is not blowing then you will have high pressure and rising until the weather is about to change. not sure about the other stuff you typed under your major question.