Yep. Boggles the mind that the people right there cannot see what is in front of their faces. This niece of mine was class valedictorian of her high school and went on to get a college degree, so her lack of critical thinking really shocked me.
These comments boggle the mind. Asphalt roads are fire breaks. What in the world yall going on about. My mom and step dad lived in one of the areas ravaged by those fires in CA. It did exactly that. Skipped areas randomly burnt some houses. It burnt their neighbors home to the ground. Didnt touch their house. 400 feet away homes burnt in all various amounts of damage, each one different. I personally saw the aftermath myself.
What about them? Those are pics from the internet. I physically was there in person and it was my mother's house. The fire did that to their area. Road didnt burn up, and cars were literally incinerated. Some was very random damage.
You said, 'Those are pics from the internet'. Yeah, they are. Where else am I going to find the photos?
And, I'm not talking about the asphalt in the roads, but the trees, grass and other easily flammable items that should have ignited with fires that were hot enough to melt steel. If the houses burned so hot to be reduced to ash, the heat they would have given off should have ignited everything around them, leaving nothing but a black burn scar. Think about how a tiny candle burns so hot you can't get your finger too close or it will burn. So how is it that a raging fire that burns so hot it melts the steel appliances, didn't affect things adjacent to the home like the wood trees, plastic playground equipment and trash cans that burn at a much lower flash point?
If you didn't know, in order to burn steel, concrete, porcelain tile, stone fireplaces, water heaters, stoves, ovens down to ash, you have to have a fires that exceed these numbers:
Steel: 2,200 - 2,500 degrees (steel in dishwashers, stoves, water heaters washers and dryers, microwaves - all burned to ash)
Porcelain: 3,275 degrees (sinks, tubs, toilets, floor tile, dishes - all burned to ash)
Glass: 2,600 - 2,800 degrees (windows, tabletops, drinking glasses, mirrors, etc. - all burned to ash)
Concrete roof tiles: Allegedly, they cannot burn in a fire. But they did. How?
But, According to the government, a house fire never gets that hot. See:
It says this: "Room temperatures in a house fire can be 100 degrees at floor level and rise to 600 degrees at eye level. Inhaling this super-hot air will scorch your lungs and melt clothes to your skin."
So how did these houses get up to 2,200 - 3,275 degrees Fahrenheit? How?
Yep. Boggles the mind that the people right there cannot see what is in front of their faces. This niece of mine was class valedictorian of her high school and went on to get a college degree, so her lack of critical thinking really shocked me.
These comments boggle the mind. Asphalt roads are fire breaks. What in the world yall going on about. My mom and step dad lived in one of the areas ravaged by those fires in CA. It did exactly that. Skipped areas randomly burnt some houses. It burnt their neighbors home to the ground. Didnt touch their house. 400 feet away homes burnt in all various amounts of damage, each one different. I personally saw the aftermath myself.
These are a few of the somewhat unusual photos, I'll have to see if there are any others that the internet has not scrubbed:
https://s.w-x.co/09_paradise-california_kilcrease-circle_after-fire-2_17nov2018_wv3_.gif
https://ca-times.brightspotcdn.com/dims4/default/0b5fe9a/2147483647/strip/true/crop/4279x2619+0+0/resize/1200x734!/format/webp/quality/80/
https://s.abcnews.com/images/US/one-year-after-camp-fire-paradise-california-19102_hpMain_20191108-054307_4x5_608.jpg
What about them? Those are pics from the internet. I physically was there in person and it was my mother's house. The fire did that to their area. Road didnt burn up, and cars were literally incinerated. Some was very random damage.
You said, 'Those are pics from the internet'. Yeah, they are. Where else am I going to find the photos?
And, I'm not talking about the asphalt in the roads, but the trees, grass and other easily flammable items that should have ignited with fires that were hot enough to melt steel. If the houses burned so hot to be reduced to ash, the heat they would have given off should have ignited everything around them, leaving nothing but a black burn scar. Think about how a tiny candle burns so hot you can't get your finger too close or it will burn. So how is it that a raging fire that burns so hot it melts the steel appliances, didn't affect things adjacent to the home like the wood trees, plastic playground equipment and trash cans that burn at a much lower flash point?
If you didn't know, in order to burn steel, concrete, porcelain tile, stone fireplaces, water heaters, stoves, ovens down to ash, you have to have a fires that exceed these numbers:
But, According to the government, a house fire never gets that hot. See:
Home Fires | Ready.gov - https://www.ready.gov › home-fires
It says this: "Room temperatures in a house fire can be 100 degrees at floor level and rise to 600 degrees at eye level. Inhaling this super-hot air will scorch your lungs and melt clothes to your skin."
So how did these houses get up to 2,200 - 3,275 degrees Fahrenheit? How?
The second link gives a grayed square. I wonder why?
Try these links:
https://s.w-x.co/09_paradise-california_kilcrease-circle_after-fire-2_17nov2018_wv3_.gif
https://pbs.twimg.com/media/Dd-ozyDVQAEqmU4?format=jpg&name=medium
https://twitter.com/prau55/status/1298066457209614336/photo/1
https://pbs.twimg.com/media/DsE26FwXgAEyPYf?format=jpg&name=large
Gave you some new images, were you able to open them?