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This post is now about windex.
If you clean a vacuum cleaner
Don't you become a vacuum cleaner?
Don't you become a vacuum cleaner?
vaccum cleaner cleaner
add 1/5th of a frog for equilibriumBlitzfrog wrote:
How do you clean a vacuum?
To clean a vacuum . First you need the following tools:Blitzfrog wrote:
How do you clean a vacuum?
A vacuum
Black hole
Cryptonite
Dead Star
Elephant
First open the vacuum; indulge the vacuminess of the vacuum .
Secondly take the towel and wipe the stain on the vacuum.
Third repeat step two untill there no vacuum left
So I'm guessing you do this whilst collapsing an Elephant on a dead star by addming cryptonite to form a black hole for you to orbit whilst you complete the job??levesterz wrote:
To clean a vacuum . First you need the following tools:Blitzfrog wrote:
How do you clean a vacuum?
A vacuum
Black hole
Cryptonite
Dead Star
Elephant
First open the vacuum; indulge the vacuminess of the vacuum .
Secondly take the towel and wipe the stain on the vacuum.
Third repeat step two untill there no vacuum left
So that's why they were on the list, thank you levesterz
If you collapse an elephant on a dead star in the vacuum of space, does it make a sound?@
Diamond is a metastable allotrope of carbon, where the carbon atoms are arranged in a variation of the face-centered cubic crystal structure called a diamond lattice. Diamond is less stable than graphite, but the conversion rate from diamond to graphite is negligible at standard conditions. Diamond is renowned as a material with superlative physical qualities, most of which originate from the strong covalent bonding between its atoms. In particular, diamond has the highest hardness and thermal conductivity of any bulk material. Those properties determine the major industrial application of diamond in cutting and polishing tools and the scientific applications in diamond knives and diamond anvil cells.
Because of its extremely rigid lattice, it can be contaminated by very few types of impurities, such as boron and nitrogen. Small amounts of defects or impurities (about one per million of lattice atoms) color diamond blue (boron), yellow (nitrogen), brown (lattice defects), green (radiation exposure), purple, pink, orange or red. Diamond also has relatively high optical dispersion (ability to disperse light of different colors).
Most natural diamonds are formed at high temperature and pressure at depths of 140 to 190 kilometers (87 to 118 mi) in the Earth's mantle. Carbon-containing minerals provide the carbon source, and the growth occurs over periods from 1 billion to 3.3 billion years (25% to 75% of the age of the Earth). Diamonds are brought close to the Earth's surface through deep volcanic eruptions by magma, which cools into igneous rocks known as kimberlites and lamproites. Diamonds can also be produced synthetically in a HPHT method which approximately simulates the conditions in the Earth's mantle. An alternative, and completely different growth technique is chemical vapor deposition (CVD). Several non-diamond materials, which include cubic zirconia and silicon carbide and are often called diamond simulants, resemble diamond in appearance and many properties. Special gemological techniques have been developed to distinguish natural diamonds, synthetic diamonds, and diamond simulants. The word is from the ancient Greek ἀδάμας – adámas "unbreakable".
Because of its extremely rigid lattice, it can be contaminated by very few types of impurities, such as boron and nitrogen. Small amounts of defects or impurities (about one per million of lattice atoms) color diamond blue (boron), yellow (nitrogen), brown (lattice defects), green (radiation exposure), purple, pink, orange or red. Diamond also has relatively high optical dispersion (ability to disperse light of different colors).
Most natural diamonds are formed at high temperature and pressure at depths of 140 to 190 kilometers (87 to 118 mi) in the Earth's mantle. Carbon-containing minerals provide the carbon source, and the growth occurs over periods from 1 billion to 3.3 billion years (25% to 75% of the age of the Earth). Diamonds are brought close to the Earth's surface through deep volcanic eruptions by magma, which cools into igneous rocks known as kimberlites and lamproites. Diamonds can also be produced synthetically in a HPHT method which approximately simulates the conditions in the Earth's mantle. An alternative, and completely different growth technique is chemical vapor deposition (CVD). Several non-diamond materials, which include cubic zirconia and silicon carbide and are often called diamond simulants, resemble diamond in appearance and many properties. Special gemological techniques have been developed to distinguish natural diamonds, synthetic diamonds, and diamond simulants. The word is from the ancient Greek ἀδάμας – adámas "unbreakable".
worst fl player
Serraionga wrote:
Diamond is a metastable allotrope of carbon, where the carbon atoms are arranged in a variation of the face-centered cubic crystal structure called a diamond lattice. Diamond is less stable than graphite, but the conversion rate from diamond to graphite is negligible at standard conditions. Diamond is renowned as a material with superlative physical qualities, most of which originate from the strong covalent bonding between its atoms. In particular, diamond has the highest hardness and thermal conductivity of any bulk material. Those properties determine the major industrial application of diamond in cutting and polishing tools and the scientific applications in diamond knives and diamond anvil cells.
Because of its extremely rigid lattice, it can be contaminated by very few types of impurities, such as boron and nitrogen. Small amounts of defects or impurities (about one per million of lattice atoms) color diamond blue (boron), yellow (nitrogen), brown (lattice defects), green (radiation exposure), purple, pink, orange or red. Diamond also has relatively high optical dispersion (ability to disperse light of different colors).
Most natural diamonds are formed at high temperature and pressure at depths of 140 to 190 kilometers (87 to 118 mi) in the Earth's mantle. Carbon-containing minerals provide the carbon source, and the growth occurs over periods from 1 billion to 3.3 billion years (25% to 75% of the age of the Earth). Diamonds are brought close to the Earth's surface through deep volcanic eruptions by magma, which cools into igneous rocks known as kimberlites and lamproites. Diamonds can also be produced synthetically in a HPHT method which approximately simulates the conditions in the Earth's mantle. An alternative, and completely different growth technique is chemical vapor deposition (CVD). Several non-diamond materials, which include cubic zirconia and silicon carbide and are often called diamond simulants, resemble diamond in appearance and many properties. Special gemological techniques have been developed to distinguish natural diamonds, synthetic diamonds, and diamond simulants. The word is from the ancient Greek ἀδάμας – adámas "unbreakable".
so. u MODS dont dleete this but u delete MY thread that was meant to spark insightful discussino . IT is not fair
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b̊ͧͫ̀̔҉̹̤͚w̮̰̗̯̱͇o͕͎̹̰͚ͤ̐̿͌̔̓ͫa̫̺̤̜̹̝̳h̜̯̗̟̄ͬͯ ̣͇͕͔͇̯͉̓́͒̓bͧw̝̮̫̳͍̠͕͊͛̆ȍ̢͂a҉͔h̡̼̫͗̏̅ͫ̔ ̶̳̻̝̬̞̬̽b͇̦͇̳̆̇ͬw̘̗o̻̾̅ą̾ͧ́h̳̻͙̭̤̻̜ͬ͋ͭͪ͊͌̂ ̢̠̤͇͈̫̤͎̄ͣ͋̚b̺̱͕͉̯̾̈́̽w̠͕ͤ͗̕o̮̤͙̲̽̕ͅa̹̟͔͖̪h̝̥̼̖̰̥͙ͩͧ ̆ͥͯͭ̀̾͏̟̩̲͕͉̭b̌͏̦̠̲̣̤̦w̅̄̍͌ͫͨ̽҉͇̟̬̰ṍ͎͒͘a̼͓͊̀̇ͩͦͦ̓h͙̻͇͔̜̺̯̉ͣ̌̿̀ͩ ̷̳̤̈́̀͗̇̍b͒ͬͬ̋͛̍̀w̸ͦͯ̇̊ͬo͈͍͓̯ͭͨ͌̆̌͋̃a̧̼̟̗̫̲h̼͙̦͉̞̍͑̿̉ͦ ͎̮̻̮̮̞b̟ͪ̓̊͒̀ͩw̝̳ͩ̈͑͆̄ͅõ̡͔͇̹͎̹͖͕͗̇̀ͯ͑̏a̷̗̞̥̓h̝̻̫͎̗̒̔̉̚ ̘͖̪̝͉̮͕b̴̝͔wo̼̺̹̳͉͙ͨ͗̿a̮̎̀h͇̫ͨ̓ ̝̖̝̤̩̲̉̐͘b̛̯ͨ̑̓͌̃͋͂ͅw͎̼̩ͣͭ̓o̹a̶͚̲̖̋h̳̘̝̹͚͋̓͌͊ ̶͚͇͉͍̲̄ͨͥ̆b̓ͭ͋̃̒̀ͭw͖͉͛̒ͥͭͯ̀o̯̮a̩̼͉ͬ̾ͨ͋̒ͅh̡͇͈͗̍͋ ̰̪͔̭̟̆̑́̾̆̾̿b͚̺̍ͭ̔w̦̞̫o̜͂̅ͣa̯̦̜͍̱̒̅ͩ̓ͩͪ͜h̛ͪ̉ͨ ̲̳͇̦̘̭̯͠b͚̳̻̝͕̮̄ͯw̷̤o҉͕̻̙a̬̙͋̒̒h̻͎̼̩̲̯̖ͨ ̮̥̜̖ͩ̍b̺̟̝̮̲̞͕́̍̿̏ͬ͒w̬̍͋̆̆ͤ͆͑óͯͮ͊a͚̮͇̩ͧ͊̉͋̓ͦ̀h͖͈̜̮͉͂̄̂ͬ ̮̳̲̲̃ͬ̀̓bͣͧ̓̓́͏͙̻̟̙̤̜̳w͒̄o̭̻̯̙a̵͎̮̠h̶͔͓̟̜̙͉̾̌ͬ̍ͩ̓͆ ̮̗͍̤̕b̷̮̽͗͆w̷̞̼̻̟ọ͇͈̟̲̰͇̽̈̋͝a͙̪͙̾ḫ̹̖͍̗͕͓̿̂ ̨͕̎͊̾̃̋̆b̩̣͙̦̩̠̺͂͐̿̇̍ͤ̌ẘ̡̜͎͔̺ͩ͑́̑̊̑o̯͔̓͢a͊͗ͮh̝̝̭̤̣̠ͩ̍̕ ̤̘̻̹̝̫͛b͓̳̐̒w̹͍̮̖͒ͪo̲̹̺̪̱ͅa̍̒͒ͯḧ̼̖̓ ͕ͩ̆ͫ̂̇̽b̥̪̼͆͆w̯̥͍̣̫ͅo͕̦̠̲͒͌̈ͩͧ͑ͬa͕̫͑h̠̝͍͡ ̹̦̳̗͚͚̘ͪb̛͓͚͕̭̖̯͋͆͒͐ͯw͋̃̀̃ͣ҉͉o̡̙̣̲͎̬̫̿̎̾ͭ͊̚ȃ̂̽̒̎̄͏̪͍͖̼̠h̭͔ͥ̍̇ͧͩ͠ ͖̘ͨ͐ͥ͘b͓̞͋ͬͮ̄͛̆w͇̹͇̻̮̦̬̔̄̑ͣ̾̍̆́ȏ̦̥̗͎̯͕ͦ̏͋͂̋ah̦̟̻̩̦͒̃ͧ̉̀̚̚ͅ ̠̊͆͊͐̑̄͘ͅb̰ͩ͒w͍̯̯͈̳͖̦ͤ̓̋͑̾o͎̠͊̑̏̏a̯̤ͅh̫̺̖ͥ͑ ͚ḅ͚̯̟͓͓ͦ͋ͬ̎ͅw̥͔͌ͣ͑ͬ́ͧ͟o͙̗͚̱̦͋à̪ͥ̂̉̏h̙͕͉̰̞̦̓̒̓̇ͭ̚ ̧ͥ̓̋̃͂̀b͔ͫ͠wŏ͕͖ͧ͠a̟̰̎ͫ́h̡̙ͫ ͎͕͔̺̙̋b͎̞͈͇͌w̴͕ǫ̘͇͈̻̖̫͎̉̚a͉̣̗͑͆͛̒͒͂ͤh̊ ̠̭͎͕͉̗ͬ̚b̶͓̫̞͕̊w̾͏o͉̣̙͙̜͍̣ͣah̨͙̪̲̭̞̟̍̒ ̻̟͙̱̲̣̝ͤ̐͆͆ͩͩb̟̻͔͖̝̼͟w̐͋̾̏̑҉̰ǒ̪͚̯͇̲̯̘̇̏̓̄ͥͯa̲̫̘͂́h̫͙͕̦̩̺͒ͫ̓̀ͥ ̳̔͊̅͌͂͗b̲́w̸͈͔̖̲̄ͅo͠a̴͎̱̖͈̩̝̹h̭̩̎̑͆̀͟ ̥͖̳̤̝̲̅ͤͩͫ̊ͧͤb̒ͧ͆w̶̤͖̄͋̀ͫ̒̂ͬo̷̜͙ͫ͂̔͋͑̄ͦa̬̞͓̭͢h̤̲͐̑ͪͨ̍ ̵͙̻͉̈ḃ̻̠̉̈̾̕w̑ͧ̌o̤͑̊ͅah̼͓̗̰͖ͪͅ ͙̱͛ͬ̆ͯ͗͢b̯͚͚̭̻ͦ͐͗ͅw̛͎̣͐ͨ̐ọ̙͚̺͙͐ͩͨ̍ͫ̃͠a͋ͣh̷͓̤̫͈̙̗̩̏ͪ̔̉ ̲́b̥͙̼͙̓̌̊͜ͅw̧̖̼̳̪͎̮̤͗͛̅ơ̜̾ͧ̂ͦ̽̔́a̲͕̭̪̱͌ͤ́̉ḧ̸̪̥̣̟̙͖͍̄͛̍ ̣̰̾̎̿̌̚ͅb̶̘̼͔̙̘͚̙̔̄w͙͎̦̱̠͇ͩͧ͆͐̐̈́͐oͣ̃̑ͤ̄͑̂͡a̢͍͔͈̺͔̺͆̓̏ͩͅḥ̻͎͎̤͉̪̉̇̿ͬͦͬ̕ ̩̥͚̩͉̗̉̓̑ͦ͑ḃ͌̿̐͐w͎̯̮̬̤̾͋ͬͯ̔̐ͅo̊͆͟a͚ͩ̎ͤ̔h̖̭͎ ̶̊b̗̰̬̲͕̈́̈́͒ͦ͠ẃ̟̬̩͖͖̤͍͊ͥ̽͒͢ǒ̜̖̲͈̻̯́̽a̡̩ͮ̐̃ͤͩ̚ḥ͖̘̟̱͖ͬ ̮ͧ̒͑̐ͧ̌b̟̱̮̝̦̆̎ͪͤ͆ͫ͢w̱̣̯͈̖̱͉̑ͪ͑̈̿͂̈͠ọ̦͉͈̦̏͜ͅa̟͙͓̽́̍͋ͬh̩͍̥͈̲ ̪̘̙ͬ͌̎͛͌̂͐b̙̖͑̇̂̉̈́w͆͒͒͗͏̰͖̦ǒ͇ͦ̂̚a̧͔̤̲̣̹̱ͦͯͅh͐ͧ͋̒̊҉̯̮̰̞̣̗̜ ̝͔̜̼̇͊͆̒
[ - Zekks - ] wrote:
b̊ͧͫ̀̔҉̹̤͚w̮̰̗̯̱͇o͕͎̹̰͚ͤ̐̿͌̔̓ͫa̫̺̤̜̹̝̳h̜̯̗̟̄ͬͯ ̣͇͕͔͇̯͉̓́͒̓bͧw̝̮̫̳͍̠͕͊͛̆ȍ̢͂a҉͔h̡̼̫͗̏̅ͫ̔ ̶̳̻̝̬̞̬̽b͇̦͇̳̆̇ͬw̘̗o̻̾̅ą̾ͧ́h̳̻͙̭̤̻̜ͬ͋ͭͪ͊͌̂ ̢̠̤͇͈̫̤͎̄ͣ͋̚b̺̱͕͉̯̾̈́̽w̠͕ͤ͗̕o̮̤͙̲̽̕ͅa̹̟͔͖̪h̝̥̼̖̰̥͙ͩͧ ̆ͥͯͭ̀̾͏̟̩̲͕͉̭b̌͏̦̠̲̣̤̦w̅̄̍͌ͫͨ̽҉͇̟̬̰ṍ͎͒͘a̼͓͊̀̇ͩͦͦ̓h͙̻͇͔̜̺̯̉ͣ̌̿̀ͩ ̷̳̤̈́̀͗̇̍b͒ͬͬ̋͛̍̀w̸ͦͯ̇̊ͬo͈͍͓̯ͭͨ͌̆̌͋̃a̧̼̟̗̫̲h̼͙̦͉̞̍͑̿̉ͦ ͎̮̻̮̮̞b̟ͪ̓̊͒̀ͩw̝̳ͩ̈͑͆̄ͅõ̡͔͇̹͎̹͖͕͗̇̀ͯ͑̏a̷̗̞̥̓h̝̻̫͎̗̒̔̉̚ ̘͖̪̝͉̮͕b̴̝͔wo̼̺̹̳͉͙ͨ͗̿a̮̎̀h͇̫ͨ̓ ̝̖̝̤̩̲̉̐͘b̛̯ͨ̑̓͌̃͋͂ͅw͎̼̩ͣͭ̓o̹a̶͚̲̖̋h̳̘̝̹͚͋̓͌͊ ̶͚͇͉͍̲̄ͨͥ̆b̓ͭ͋̃̒̀ͭw͖͉͛̒ͥͭͯ̀o̯̮a̩̼͉ͬ̾ͨ͋̒ͅh̡͇͈͗̍͋ ̰̪͔̭̟̆̑́̾̆̾̿b͚̺̍ͭ̔w̦̞̫o̜͂̅ͣa̯̦̜͍̱̒̅ͩ̓ͩͪ͜h̛ͪ̉ͨ ̲̳͇̦̘̭̯͠b͚̳̻̝͕̮̄ͯw̷̤o҉͕̻̙a̬̙͋̒̒h̻͎̼̩̲̯̖ͨ ̮̥̜̖ͩ̍b̺̟̝̮̲̞͕́̍̿̏ͬ͒w̬̍͋̆̆ͤ͆͑óͯͮ͊a͚̮͇̩ͧ͊̉͋̓ͦ̀h͖͈̜̮͉͂̄̂ͬ ̮̳̲̲̃ͬ̀̓bͣͧ̓̓́͏͙̻̟̙̤̜̳w͒̄o̭̻̯̙a̵͎̮̠h̶͔͓̟̜̙͉̾̌ͬ̍ͩ̓͆ ̮̗͍̤̕b̷̮̽͗͆w̷̞̼̻̟ọ͇͈̟̲̰͇̽̈̋͝a͙̪͙̾ḫ̹̖͍̗͕͓̿̂ ̨͕̎͊̾̃̋̆b̩̣͙̦̩̠̺͂͐̿̇̍ͤ̌ẘ̡̜͎͔̺ͩ͑́̑̊̑o̯͔̓͢a͊͗ͮh̝̝̭̤̣̠ͩ̍̕ ̤̘̻̹̝̫͛b͓̳̐̒w̹͍̮̖͒ͪo̲̹̺̪̱ͅa̍̒͒ͯḧ̼̖̓ ͕ͩ̆ͫ̂̇̽b̥̪̼͆͆w̯̥͍̣̫ͅo͕̦̠̲͒͌̈ͩͧ͑ͬa͕̫͑h̠̝͍͡ ̹̦̳̗͚͚̘ͪb̛͓͚͕̭̖̯͋͆͒͐ͯw͋̃̀̃ͣ҉͉o̡̙̣̲͎̬̫̿̎̾ͭ͊̚ȃ̂̽̒̎̄͏̪͍͖̼̠h̭͔ͥ̍̇ͧͩ͠ ͖̘ͨ͐ͥ͘b͓̞͋ͬͮ̄͛̆w͇̹͇̻̮̦̬̔̄̑ͣ̾̍̆́ȏ̦̥̗͎̯͕ͦ̏͋͂̋ah̦̟̻̩̦͒̃ͧ̉̀̚̚ͅ ̠̊͆͊͐̑̄͘ͅb̰ͩ͒w͍̯̯͈̳͖̦ͤ̓̋͑̾o͎̠͊̑̏̏a̯̤ͅh̫̺̖ͥ͑ ͚ḅ͚̯̟͓͓ͦ͋ͬ̎ͅw̥͔͌ͣ͑ͬ́ͧ͟o͙̗͚̱̦͋à̪ͥ̂̉̏h̙͕͉̰̞̦̓̒̓̇ͭ̚ ̧ͥ̓̋̃͂̀b͔ͫ͠wŏ͕͖ͧ͠a̟̰̎ͫ́h̡̙ͫ ͎͕͔̺̙̋b͎̞͈͇͌w̴͕ǫ̘͇͈̻̖̫͎̉̚a͉̣̗͑͆͛̒͒͂ͤh̊ ̠̭͎͕͉̗ͬ̚b̶͓̫̞͕̊w̾͏o͉̣̙͙̜͍̣ͣah̨͙̪̲̭̞̟̍̒ ̻̟͙̱̲̣̝ͤ̐͆͆ͩͩb̟̻͔͖̝̼͟w̐͋̾̏̑҉̰ǒ̪͚̯͇̲̯̘̇̏̓̄ͥͯa̲̫̘͂́h̫͙͕̦̩̺͒ͫ̓̀ͥ ̳̔͊̅͌͂͗b̲́w̸͈͔̖̲̄ͅo͠a̴͎̱̖͈̩̝̹h̭̩̎̑͆̀͟ ̥͖̳̤̝̲̅ͤͩͫ̊ͧͤb̒ͧ͆w̶̤͖̄͋̀ͫ̒̂ͬo̷̜͙ͫ͂̔͋͑̄ͦa̬̞͓̭͢h̤̲͐̑ͪͨ̍ ̵͙̻͉̈ḃ̻̠̉̈̾̕w̑ͧ̌o̤͑̊ͅah̼͓̗̰͖ͪͅ ͙̱͛ͬ̆ͯ͗͢b̯͚͚̭̻ͦ͐͗ͅw̛͎̣͐ͨ̐ọ̙͚̺͙͐ͩͨ̍ͫ̃͠a͋ͣh̷͓̤̫͈̙̗̩̏ͪ̔̉ ̲́b̥͙̼͙̓̌̊͜ͅw̧̖̼̳̪͎̮̤͗͛̅ơ̜̾ͧ̂ͦ̽̔́a̲͕̭̪̱͌ͤ́̉ḧ̸̪̥̣̟̙͖͍̄͛̍ ̣̰̾̎̿̌̚ͅb̶̘̼͔̙̘͚̙̔̄w͙͎̦̱̠͇ͩͧ͆͐̐̈́͐oͣ̃̑ͤ̄͑̂͡a̢͍͔͈̺͔̺͆̓̏ͩͅḥ̻͎͎̤͉̪̉̇̿ͬͦͬ̕ ̩̥͚̩͉̗̉̓̑ͦ͑ḃ͌̿̐͐w͎̯̮̬̤̾͋ͬͯ̔̐ͅo̊͆͟a͚ͩ̎ͤ̔h̖̭͎ ̶̊b̗̰̬̲͕̈́̈́͒ͦ͠ẃ̟̬̩͖͖̤͍͊ͥ̽͒͢ǒ̜̖̲͈̻̯́̽a̡̩ͮ̐̃ͤͩ̚ḥ͖̘̟̱͖ͬ ̮ͧ̒͑̐ͧ̌b̟̱̮̝̦̆̎ͪͤ͆ͫ͢w̱̣̯͈̖̱͉̑ͪ͑̈̿͂̈͠ọ̦͉͈̦̏͜ͅa̟͙͓̽́̍͋ͬh̩͍̥͈̲ ̪̘̙ͬ͌̎͛͌̂͐b̙̖͑̇̂̉̈́w͆͒͒͗͏̰͖̦ǒ͇ͦ̂̚a̧͔̤̲̣̹̱ͦͯͅh͐ͧ͋̒̊҉̯̮̰̞̣̗̜ ̝͔̜̼̇͊͆̒
common zalgo, nothing to worry about.
Careful, it might be contagiouskeremal wrote:
common zalgo, nothing to worry about.[ - Zekks - ] wrote:
b̊ͧͫ̀̔҉̹̤͚w̮̰̗̯̱͇o͕͎̹̰͚ͤ̐̿͌̔̓ͫa̫̺̤̜̹̝̳h̜̯̗̟̄ͬͯ ̣͇͕͔͇̯͉̓́͒̓bͧw̝̮̫̳͍̠͕͊͛̆ȍ̢͂a҉͔h̡̼̫͗̏̅ͫ̔ ̶̳̻̝̬̞̬̽b͇̦͇̳̆̇ͬw̘̗o̻̾̅ą̾ͧ́h̳̻͙̭̤̻̜ͬ͋ͭͪ͊͌̂ ̢̠̤͇͈̫̤͎̄ͣ͋̚b̺̱͕͉̯̾̈́̽w̠͕ͤ͗̕o̮̤͙̲̽̕ͅa̹̟͔͖̪h̝̥̼̖̰̥͙ͩͧ ̆ͥͯͭ̀̾͏̟̩̲͕͉̭b̌͏̦̠̲̣̤̦w̅̄̍͌ͫͨ̽҉͇̟̬̰ṍ͎͒͘a̼͓͊̀̇ͩͦͦ̓h͙̻͇͔̜̺̯̉ͣ̌̿̀ͩ ̷̳̤̈́̀͗̇̍b͒ͬͬ̋͛̍̀w̸ͦͯ̇̊ͬo͈͍͓̯ͭͨ͌̆̌͋̃a̧̼̟̗̫̲h̼͙̦͉̞̍͑̿̉ͦ ͎̮̻̮̮̞b̟ͪ̓̊͒̀ͩw̝̳ͩ̈͑͆̄ͅõ̡͔͇̹͎̹͖͕͗̇̀ͯ͑̏a̷̗̞̥̓h̝̻̫͎̗̒̔̉̚ ̘͖̪̝͉̮͕b̴̝͔wo̼̺̹̳͉͙ͨ͗̿a̮̎̀h͇̫ͨ̓ ̝̖̝̤̩̲̉̐͘b̛̯ͨ̑̓͌̃͋͂ͅw͎̼̩ͣͭ̓o̹a̶͚̲̖̋h̳̘̝̹͚͋̓͌͊ ̶͚͇͉͍̲̄ͨͥ̆b̓ͭ͋̃̒̀ͭw͖͉͛̒ͥͭͯ̀o̯̮a̩̼͉ͬ̾ͨ͋̒ͅh̡͇͈͗̍͋ ̰̪͔̭̟̆̑́̾̆̾̿b͚̺̍ͭ̔w̦̞̫o̜͂̅ͣa̯̦̜͍̱̒̅ͩ̓ͩͪ͜h̛ͪ̉ͨ ̲̳͇̦̘̭̯͠b͚̳̻̝͕̮̄ͯw̷̤o҉͕̻̙a̬̙͋̒̒h̻͎̼̩̲̯̖ͨ ̮̥̜̖ͩ̍b̺̟̝̮̲̞͕́̍̿̏ͬ͒w̬̍͋̆̆ͤ͆͑óͯͮ͊a͚̮͇̩ͧ͊̉͋̓ͦ̀h͖͈̜̮͉͂̄̂ͬ ̮̳̲̲̃ͬ̀̓bͣͧ̓̓́͏͙̻̟̙̤̜̳w͒̄o̭̻̯̙a̵͎̮̠h̶͔͓̟̜̙͉̾̌ͬ̍ͩ̓͆ ̮̗͍̤̕b̷̮̽͗͆w̷̞̼̻̟ọ͇͈̟̲̰͇̽̈̋͝a͙̪͙̾ḫ̹̖͍̗͕͓̿̂ ̨͕̎͊̾̃̋̆b̩̣͙̦̩̠̺͂͐̿̇̍ͤ̌ẘ̡̜͎͔̺ͩ͑́̑̊̑o̯͔̓͢a͊͗ͮh̝̝̭̤̣̠ͩ̍̕ ̤̘̻̹̝̫͛b͓̳̐̒w̹͍̮̖͒ͪo̲̹̺̪̱ͅa̍̒͒ͯḧ̼̖̓ ͕ͩ̆ͫ̂̇̽b̥̪̼͆͆w̯̥͍̣̫ͅo͕̦̠̲͒͌̈ͩͧ͑ͬa͕̫͑h̠̝͍͡ ̹̦̳̗͚͚̘ͪb̛͓͚͕̭̖̯͋͆͒͐ͯw͋̃̀̃ͣ҉͉o̡̙̣̲͎̬̫̿̎̾ͭ͊̚ȃ̂̽̒̎̄͏̪͍͖̼̠h̭͔ͥ̍̇ͧͩ͠ ͖̘ͨ͐ͥ͘b͓̞͋ͬͮ̄͛̆w͇̹͇̻̮̦̬̔̄̑ͣ̾̍̆́ȏ̦̥̗͎̯͕ͦ̏͋͂̋ah̦̟̻̩̦͒̃ͧ̉̀̚̚ͅ ̠̊͆͊͐̑̄͘ͅb̰ͩ͒w͍̯̯͈̳͖̦ͤ̓̋͑̾o͎̠͊̑̏̏a̯̤ͅh̫̺̖ͥ͑ ͚ḅ͚̯̟͓͓ͦ͋ͬ̎ͅw̥͔͌ͣ͑ͬ́ͧ͟o͙̗͚̱̦͋à̪ͥ̂̉̏h̙͕͉̰̞̦̓̒̓̇ͭ̚ ̧ͥ̓̋̃͂̀b͔ͫ͠wŏ͕͖ͧ͠a̟̰̎ͫ́h̡̙ͫ ͎͕͔̺̙̋b͎̞͈͇͌w̴͕ǫ̘͇͈̻̖̫͎̉̚a͉̣̗͑͆͛̒͒͂ͤh̊ ̠̭͎͕͉̗ͬ̚b̶͓̫̞͕̊w̾͏o͉̣̙͙̜͍̣ͣah̨͙̪̲̭̞̟̍̒ ̻̟͙̱̲̣̝ͤ̐͆͆ͩͩb̟̻͔͖̝̼͟w̐͋̾̏̑҉̰ǒ̪͚̯͇̲̯̘̇̏̓̄ͥͯa̲̫̘͂́h̫͙͕̦̩̺͒ͫ̓̀ͥ ̳̔͊̅͌͂͗b̲́w̸͈͔̖̲̄ͅo͠a̴͎̱̖͈̩̝̹h̭̩̎̑͆̀͟ ̥͖̳̤̝̲̅ͤͩͫ̊ͧͤb̒ͧ͆w̶̤͖̄͋̀ͫ̒̂ͬo̷̜͙ͫ͂̔͋͑̄ͦa̬̞͓̭͢h̤̲͐̑ͪͨ̍ ̵͙̻͉̈ḃ̻̠̉̈̾̕w̑ͧ̌o̤͑̊ͅah̼͓̗̰͖ͪͅ ͙̱͛ͬ̆ͯ͗͢b̯͚͚̭̻ͦ͐͗ͅw̛͎̣͐ͨ̐ọ̙͚̺͙͐ͩͨ̍ͫ̃͠a͋ͣh̷͓̤̫͈̙̗̩̏ͪ̔̉ ̲́b̥͙̼͙̓̌̊͜ͅw̧̖̼̳̪͎̮̤͗͛̅ơ̜̾ͧ̂ͦ̽̔́a̲͕̭̪̱͌ͤ́̉ḧ̸̪̥̣̟̙͖͍̄͛̍ ̣̰̾̎̿̌̚ͅb̶̘̼͔̙̘͚̙̔̄w͙͎̦̱̠͇ͩͧ͆͐̐̈́͐oͣ̃̑ͤ̄͑̂͡a̢͍͔͈̺͔̺͆̓̏ͩͅḥ̻͎͎̤͉̪̉̇̿ͬͦͬ̕ ̩̥͚̩͉̗̉̓̑ͦ͑ḃ͌̿̐͐w͎̯̮̬̤̾͋ͬͯ̔̐ͅo̊͆͟a͚ͩ̎ͤ̔h̖̭͎ ̶̊b̗̰̬̲͕̈́̈́͒ͦ͠ẃ̟̬̩͖͖̤͍͊ͥ̽͒͢ǒ̜̖̲͈̻̯́̽a̡̩ͮ̐̃ͤͩ̚ḥ͖̘̟̱͖ͬ ̮ͧ̒͑̐ͧ̌b̟̱̮̝̦̆̎ͪͤ͆ͫ͢w̱̣̯͈̖̱͉̑ͪ͑̈̿͂̈͠ọ̦͉͈̦̏͜ͅa̟͙͓̽́̍͋ͬh̩͍̥͈̲ ̪̘̙ͬ͌̎͛͌̂͐b̙̖͑̇̂̉̈́w͆͒͒͗͏̰͖̦ǒ͇ͦ̂̚a̧͔̤̲̣̹̱ͦͯͅh͐ͧ͋̒̊҉̯̮̰̞̣̗̜ ̝͔̜̼̇͊͆̒
please stop using zalgo or i'll have to get a policeman on your ass
please stop using lick or i'll have to get an officer jenny on your ass
keremal wrote:
please stop using lick or i'll have to get an officer jenny on your ass
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twirl_old_1
Vacuum is space devoid of matter. The word stems from the Latin adjective vacuus for "vacant" or "void". An approximation to such vacuum is a region with a gaseous pressure much less than atmospheric pressure.[1] Physicists often discuss ideal test results that would occur in a perfect vacuum, which they sometimes simply call "vacuum" or free space, and use the term partial vacuum to refer to an actual imperfect vacuum as one might have in a laboratory or in space. In engineering and applied physics on the other hand, vacuum refers to any space in which the pressure is lower than atmospheric pressure.[2] The Latin term in vacuo is used to describe an object that is surrounded by a vacuum.
The quality of a partial vacuum refers to how closely it approaches a perfect vacuum. Other things equal, lower gas pressure means higher-quality vacuum. For example, a typical vacuum cleaner produces enough suction to reduce air pressure by around 20%.[3] Much higher-quality vacuums are possible. Ultra-high vacuum chambers, common in chemistry, physics, and engineering, operate below one trillionth (10−12) of atmospheric pressure (100 nPa), and can reach around 100 particles/cm3.[4] Outer space is an even higher-quality vacuum, with the equivalent of just a few hydrogen atoms per cubic meter on average.[5] According to modern understanding, even if all matter could be removed from a volume, it would still not be "empty" due to vacuum fluctuations, dark energy, transiting gamma rays, cosmic rays, neutrinos, and other phenomena in quantum physics. In the study of electromagnetism in the 19th century, vacuum was thought to be filled with a medium called aether. In modern particle physics, the vacuum state is considered the ground state of a field.
Vacuum has been a frequent topic of philosophical debate since ancient Greek times, but was not studied empirically until the 17th century. Evangelista Torricelli produced the first laboratory vacuum in 1643, and other experimental techniques were developed as a result of his theories of atmospheric pressure. A torricellian vacuum is created by filling a tall glass container closed at one end with mercury, and then inverting the container into a bowl to contain the mercury.[6]
Vacuum became a valuable industrial tool in the 20th century with the introduction of incandescent light bulbs and vacuum tubes, and a wide array of vacuum technology has since become available. The recent development of human spaceflight has raised interest in the impact of vacuum on human health, and on life forms in general.
The quality of a partial vacuum refers to how closely it approaches a perfect vacuum. Other things equal, lower gas pressure means higher-quality vacuum. For example, a typical vacuum cleaner produces enough suction to reduce air pressure by around 20%.[3] Much higher-quality vacuums are possible. Ultra-high vacuum chambers, common in chemistry, physics, and engineering, operate below one trillionth (10−12) of atmospheric pressure (100 nPa), and can reach around 100 particles/cm3.[4] Outer space is an even higher-quality vacuum, with the equivalent of just a few hydrogen atoms per cubic meter on average.[5] According to modern understanding, even if all matter could be removed from a volume, it would still not be "empty" due to vacuum fluctuations, dark energy, transiting gamma rays, cosmic rays, neutrinos, and other phenomena in quantum physics. In the study of electromagnetism in the 19th century, vacuum was thought to be filled with a medium called aether. In modern particle physics, the vacuum state is considered the ground state of a field.
Vacuum has been a frequent topic of philosophical debate since ancient Greek times, but was not studied empirically until the 17th century. Evangelista Torricelli produced the first laboratory vacuum in 1643, and other experimental techniques were developed as a result of his theories of atmospheric pressure. A torricellian vacuum is created by filling a tall glass container closed at one end with mercury, and then inverting the container into a bowl to contain the mercury.[6]
Vacuum became a valuable industrial tool in the 20th century with the introduction of incandescent light bulbs and vacuum tubes, and a wide array of vacuum technology has since become available. The recent development of human spaceflight has raised interest in the impact of vacuum on human health, and on life forms in general.
Vacuum is one of those weird words that use a double u but not a w.
I want to hold a balloon of vacuum
vacwmjohnmedina999 wrote:
Vacuum is one of those weird words that use a double u but not a w.
my job is to be a vacuum cleaner cleaner