Alec_Savage_
New Member
- Nov 10, 2017
- 16
- 996
I LIKE PENGUINS
Penguins
- Thread starter Alec_Savage_
- Start date
100imsilverr
Notable Member
- Nov 24, 2017
- 560
- 2,557
I like liquid soaps
Zz110
Notable Member
- Aug 2, 2017
- 522
- 6,426
YESSSSSSSSSSSSSSSSSSSSSSSSSSSSS
Al0ha._.Fl0
Notable Member
- Sep 25, 2017
- 2,423
- 3,267
You “think” you like food O.0?! NO YOU “KNOW” YOU “LOVE” FOOD
BananaMuffin
Notable Member
- Mar 29, 2017
- 9,510
- 135,737
Ozwold cobblepot
~RetroDragon~
Notable Member
- Aug 23, 2017
- 950
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gotham awaits!!
GO OSWALD
GO OSWALD
Strel
Notable Member
- Dec 19, 2016
- 23,115
- 234,755
im gonna pull a @BenjyPlayzYT
A fire whirl – also commonly known as a fire devil, or, (in many cases) erroneously, as a fire tornado, firenado, fire swirl ,or fire twister – is a whirlwind induced by a fire and often made up of flame or ash. They usually start with a whirl of wind or smoke. Fire whirls may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract into a tornado-like vortex that sucks in burning debris and combustible gases.
Fire whirls are sometimes colloquially called fire tornadoes, but are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, even those fire whirls are not classic tornadoes, in that their vorticityderives from surface winds and heat-induced lifting, rather than a tornadic mesocyclone aloft.
Australia’s capital city, Canberra, on January 18th, 2003 experienced an actual tornado (like the ones found in the USA) that was produced by the strength of a wildfire. This was the first ever documented tornado that was produced by a wildfire. It was formed when the massive wildfire created a strong enough updraft to form a pryocumulonimbus cloud. Pyrocumulonimbus clouds can have the same characteristics as cumulonimbus clouds, as well as producing similar weather, except they are formed from wildfires. The Australian wildfire provided the cloud with a strong enough updraft that it made the pyrocumulonimbus cloud classify as a supercell thunderstorm. The supercell became so strong that it spawned a tornado in the fire, causing more damage to be done.
oooo pyrocumulonimbus
A fire whirl – also commonly known as a fire devil, or, (in many cases) erroneously, as a fire tornado, firenado, fire swirl ,or fire twister – is a whirlwind induced by a fire and often made up of flame or ash. They usually start with a whirl of wind or smoke. Fire whirls may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract into a tornado-like vortex that sucks in burning debris and combustible gases.
Fire whirls are sometimes colloquially called fire tornadoes, but are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, even those fire whirls are not classic tornadoes, in that their vorticityderives from surface winds and heat-induced lifting, rather than a tornadic mesocyclone aloft.
Australia’s capital city, Canberra, on January 18th, 2003 experienced an actual tornado (like the ones found in the USA) that was produced by the strength of a wildfire. This was the first ever documented tornado that was produced by a wildfire. It was formed when the massive wildfire created a strong enough updraft to form a pryocumulonimbus cloud. Pyrocumulonimbus clouds can have the same characteristics as cumulonimbus clouds, as well as producing similar weather, except they are formed from wildfires. The Australian wildfire provided the cloud with a strong enough updraft that it made the pyrocumulonimbus cloud classify as a supercell thunderstorm. The supercell became so strong that it spawned a tornado in the fire, causing more damage to be done.
oooo pyrocumulonimbus
Strel
Notable Member
- Dec 19, 2016
- 23,115
- 234,755
i feel smarhtim gonna pull a @BenjyPlayzYT
A fire whirl – also commonly known as a fire devil, or, (in many cases) erroneously, as a fire tornado, firenado, fire swirl ,or fire twister – is a whirlwind induced by a fire and often made up of flame or ash. They usually start with a whirl of wind or smoke. Fire whirls may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract into a tornado-like vortex that sucks in burning debris and combustible gases.
Fire whirls are sometimes colloquially called fire tornadoes, but are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, even those fire whirls are not classic tornadoes, in that their vorticityderives from surface winds and heat-induced lifting, rather than a tornadic mesocyclone aloft.
Australia’s capital city, Canberra, on January 18th, 2003 experienced an actual tornado (like the ones found in the USA) that was produced by the strength of a wildfire. This was the first ever documented tornado that was produced by a wildfire. It was formed when the massive wildfire created a strong enough updraft to form a pryocumulonimbus cloud. Pyrocumulonimbus clouds can have the same characteristics as cumulonimbus clouds, as well as producing similar weather, except they are formed from wildfires. The Australian wildfire provided the cloud with a strong enough updraft that it made the pyrocumulonimbus cloud classify as a supercell thunderstorm. The supercell became so strong that it spawned a tornado in the fire, causing more damage to be done.
oooo pyrocumulonimbus
CrystalCruz
Notable Member
- Feb 18, 2018
- 2,048
- 20,254
i like pocky
CrystalCruz
Notable Member
- Feb 18, 2018
- 2,048
- 20,254
cOpY aNd paStE sTrEL?im gonna pull a @BenjyPlayzYT
A fire whirl – also commonly known as a fire devil, or, (in many cases) erroneously, as a fire tornado, firenado, fire swirl ,or fire twister – is a whirlwind induced by a fire and often made up of flame or ash. They usually start with a whirl of wind or smoke. Fire whirls may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract into a tornado-like vortex that sucks in burning debris and combustible gases.
Fire whirls are sometimes colloquially called fire tornadoes, but are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, even those fire whirls are not classic tornadoes, in that their vorticityderives from surface winds and heat-induced lifting, rather than a tornadic mesocyclone aloft.
Australia’s capital city, Canberra, on January 18th, 2003 experienced an actual tornado (like the ones found in the USA) that was produced by the strength of a wildfire. This was the first ever documented tornado that was produced by a wildfire. It was formed when the massive wildfire created a strong enough updraft to form a pryocumulonimbus cloud. Pyrocumulonimbus clouds can have the same characteristics as cumulonimbus clouds, as well as producing similar weather, except they are formed from wildfires. The Australian wildfire provided the cloud with a strong enough updraft that it made the pyrocumulonimbus cloud classify as a supercell thunderstorm. The supercell became so strong that it spawned a tornado in the fire, causing more damage to be done.
oooo pyrocumulonimbus
Strel
Notable Member
- Dec 19, 2016
- 23,115
- 234,755
shhhh
typi
Notable Member
- Nov 23, 2017
- 647
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is that a gravity Falls reference or am i just going crazy and i need to stop remembering the scrips for shows .-.
deleted_user9271
Notable Member
- Oct 26, 2016
- 3,496
- 28,855
im gonna pull a @BenjyPlayzYT
A fire whirl – also commonly known as a fire devil, or, (in many cases) erroneously, as a fire tornado, firenado, fire swirl ,or fire twister – is a whirlwind induced by a fire and often made up of flame or ash. They usually start with a whirl of wind or smoke. Fire whirls may occur when intense rising heat and turbulent wind conditions combine to form whirling eddies of air. These eddies can contract into a tornado-like vortex that sucks in burning debris and combustible gases.
Fire whirls are sometimes colloquially called fire tornadoes, but are not usually classifiable as tornadoes as the vortex in most cases does not extend from the surface to cloud base. Also, even in such cases, even those fire whirls are not classic tornadoes, in that their vorticityderives from surface winds and heat-induced lifting, rather than a tornadic mesocyclone aloft.
Australia’s capital city, Canberra, on January 18th, 2003 experienced an actual tornado (like the ones found in the USA) that was produced by the strength of a wildfire. This was the first ever documented tornado that was produced by a wildfire. It was formed when the massive wildfire created a strong enough updraft to form a pryocumulonimbus cloud. Pyrocumulonimbus clouds can have the same characteristics as cumulonimbus clouds, as well as producing similar weather, except they are formed from wildfires. The Australian wildfire provided the cloud with a strong enough updraft that it made the pyrocumulonimbus cloud classify as a supercell thunderstorm. The supercell became so strong that it spawned a tornado in the fire, causing more damage to be done.
oooo pyrocumulonimbus
I copy and paste my old essays lol
TheManiac
Notable Member
- Sep 2, 2017
- 687
- 3,939
Guys, cant we all agree that we should all like penguins? Like, appreciate them before all their ice melt! And even give love to the African Penguins from South Africa, and tell them to stop leaving their eggs to burn in the sun. Penguisn deserve love, guys
Read the title. Penguins.
Read the title. Penguins.