Humidity really tilts the difference. I woke up here the other day, it was actually cooler than the previous day but I felt like I was suffocating because the air was so thick
As I always say, It's not the heat, it's the stupidity.
Humidity really tilts the difference. I woke up here the other day, it was actually cooler than the previous day but I felt like I was suffocating because the air was so thick
But it's a dry heat..so is a bonfire.....
Before moving to new mexico i lived in Missouri so i know about humidityWe joke, but that humidity makes a massive difference in both Cold and Heat.
The humidity will add another 6 degrees Celsius tomorrow, getting us to 39.
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Before moving to new mexico i lived in Missouri so i know about humidity
The chart is pretty cool, showing how humidity affects the heat exchange rate across an evaporative cooler...but notice it doesn't show the time required, the volume of air being cooled, the size of the fan, or the energy input you need.Very useful chart though. Thanks.
Let's see...today will be 100°F with 26% humidity. That means my DIY swamp cooler will bring the temperature down to about 80°F for the cost of running a fan all day. That's fantastic.
We joke, but that humidity makes a massive difference in both Cold and Heat.
The humidity will add another 6 degrees Celsius tomorrow, getting us to 39.
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It is also just harder to breathe in the humidity. And these old houses get stuffy even with the windows open. I grew up without AC and you really feel like you can't breathe some nights. Even now I have a portable AC because our windows can't accommodate a window unit and it only gets the humidity down so much.
Yeah, I think it was last year we had a big heat 'dome' that didnt move, a bunch of folks in Vancouver died because a lot of Canadians still dont have AC units, and you are totally right, at the level of humidity where your body cannot figure out if you are sweating, or how to sweat, and you cannot breath, its miserable to say the least.
I grew up without AC, we didnt even have it in our place out on the coast for the first probably 10 years we lived here, because the temperature didnt demand it. Now though? It's gross.
Sure. But this is tech people have been using for thousands of years. You just need a breeze blowing across some water, the fan is extra.The chart is pretty cool, showing how humidity affects the heat exchange rate across an evaporative cooler...but notice it doesn't show the time required, the volume of air being cooled, the size of the fan, or the energy input you need.
Even in ideal conditions, you won't get 8000W worth of cooling from a 50W fan.![]()