There have been multiple valid temperatures in the 130's, but still 129 is very hot.
Well, my grandkids spent this last weekend in the high 90's and high humidity out in the sun wearing their show clothes riding at a horse show. I doubt there was that much comfort difference. Life happens.
Maybe it is a dry heat.
LOL
sb
Loc: Florida's East Coast
Yes, but it was a dry heat!
(I always thought that would be seen on grave markers in Arizona...)
sb wrote:
Yes, but it was a dry heat!
(I always thought that would be seen on grave markers in Arizona...)
Understanding “The Heat Index”
In order for you to learn the difference between humid heat and dry heat, it is important for you to understand the heat index. The heat index is a scale that is used to measure the moisture or humidity in the air.
When there is more moisture in the air, the temperature feels hotter than it actually is in real life. It is exactly the opposite of the common scale used to measure moisture in the air during winter-time, which is referred to as “the wind chill factor.”
When there is moisture or humidity in the air, the ability to evaporate perspiration from your body is greatly hindered. Because of evaporation the human body cools when exposed to dry air, and the sense of coldness increases as the humidity decreases. With a room temperature of 70° F, for example, a person will feel colder in a dry room than in a moist room; this is especially noticeable when entering a dry room after bathing.
Sirsnapalot wrote:
Understanding “The Heat Index”
In order for you to learn the difference between humid heat and dry heat, it is important for you to understand the heat index. The heat index is a scale that is used to measure the moisture or humidity in the air.
When there is more moisture in the air, the temperature feels hotter than it actually is in real life. It is exactly the opposite of the common scale used to measure moisture in the air during winter-time, which is referred to as “the wind chill factor.”
When there is moisture or humidity in the air, the ability to evaporate perspiration from your body is greatly hindered. Because of evaporation the human body cools when exposed to dry air, and the sense of coldness increases as the humidity decreases. With a room temperature of 70° F, for example, a person will feel colder in a dry room than in a moist room; this is especially noticeable when entering a dry room after bathing.
Understanding “The Heat Index” br In order for you... (
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Quite true, but greater humidity is not the cause of the exceptional temperatures across the globe. The increase in the amount of greenhouse gases (carbon dioxide, methane, water plus others in lesser importance) in the upper atmosphere do explain the rise in global temperature. I do have an understanding problem with the oft-stated explanation of the physio-chemical mechanism, however. This is the wrong place to explain my hesitancy.
John_F wrote:
Quite true, but greater humidity is not the cause of the exceptional temperatures across the globe.
Shhhh! You're not supposed to talk about that. It's all lies!
After 23 years in Arizona 129 is only one degree more than our highest. I have been in Lake Havasu City at 128, and this year Phoenix hit 128. The rest of the world is just a bunch of wimps.
p.s. I also lived in Wyoming when it was Minus 40!
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