@geek.food: ГРИЛЬ СЫР🤤 #loneytunes #лунитюнз #рек #fyp #fypシ゚viral

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Monday 18 October 2021 11:18:00 GMT

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Comments

࿖Магот_official☭ :

Only fact

2021-10-19 07:25:37

1

Cayden Heiley Rosel :

@😋😋😋😃😋😋😋😋

2021-10-25 11:31:41

1

музыка :

CARTOONS

2023-07-30 04:50:52

0

MackedGG_ultra4872 :

Grilled cheese

2023-06-10 11:40:44

0

micmictingson :

😳

2021-12-09 11:48:36

0

deryyl geming :

[angel]

2021-12-05 13:02:14

0

morgenstern_007 :

[shout] [wow] [hehe]

2021-12-04 07:51:35

0

Vagina :

[Photo]=Troll face

2023-10-26 20:20:40

0

REPUBLIK OF PORALESTINA Empire :

hah

2021-10-18 23:10:50

0

Niazara Shop :

ladybug plss

2021-10-19 12:23:21

0

ЯОЙ=ПОНОС :) :

-дочка ты к парню? - l -кепку надень! - Г - о ты пришла! - Б

2024-10-06 19:19:11

36

рома :

интересно что он хотел на кровати с этим бутером сделать😳😏

2021-10-18 14:06:27

1808

Bratikmarshel :

В детстве думал что это блюдо шедевр но так и не попробовал

2021-10-18 14:41:55

2230

Mari :

Я в детстве его боялась … че то он для меня не комфортик..

2023-09-15 10:26:31

323

Варе4ка05 :

кто ел?

2024-07-19 11:36:08

8

assumbdiea :

я такой в микроловновке делала

2024-07-21 19:37:21

26

€KAKT¥S :

озвучивал Артур Пирожков?

2023-12-15 20:40:05

230

MATVEIKAGRIG :

серьезно просто сыр с хлебом

2024-04-30 09:41:53

15

dothikkrm :

оааоаоплпо вспомнил в детстве его хотел сделать

2021-10-18 12:46:22

561

haifoxnomerodine :

когда смотрел эту серию так хотел есть

2021-10-18 13:18:05

568

da pain :

в микроволновке на 45 сёк вкуснее

2021-10-18 12:42:49

215

SK|алхимик⁴⁴³ • ВСТУПАЙТЕ В SK :

а если ещё майонез добавить туда

2023-09-23 08:14:30

11

«cat :3 🍁»⁴⁴³ :

и потом он начинает есть сэндвич с белым соусом 🗿

2024-04-11 00:54:33

7

бабаха :

как эту песню видит ребёнок-☺️☺️☺️родитель-💀💀💀

2023-12-17 19:24:42

28

☮️ДЯ💛 • устал :

Помню на Cartoon Network смотрел, ещё и Скороход и Вилли кайота

2021-10-18 18:07:33

45

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Deep-sea hydrothermal vents are fissures in the seabed from which geothermally heated water erupts. Similarly to geysers and hot springs occurring on dry land, deep-sea hydrothermal vents form as a result of volcanic activity. At the bottom of the oceans, volcanic activity occurs along oceanic plate boundaries, or at hotspots. The greatest number of deep-sea hydrothermal vents are found along divergent oceanic plate boundaries, that is, along mid-ocean ridges. Along mid-ocean ridges, seawater seeps into the oceanic crust through fissures in the seafloor, where it is heated by the upwelling magma. The temperature of the heated water can exceed 400 °C, at which temperature water is normally in the gas phase. However, due to the high hydrostatic pressure at this depth, the superheated water exists here either in its liquid form or in a state where it has both gas and liquid-like properties. In this state, water in the vent can hold a great deal more dissolved minerals than cold seawater. When the erupting superheated water mixes with the cold, near-freezing seawater, it cools down rapidly. The solution becomes oversaturated, and its mineral content precipitates. This makes it appear like a cloud of smoke emitting from the seafloor. The precipitating minerals may deposit around the opening of the vent and form a chimney-like structure. This chimney can grow quite rapidly and reach up to 60 m in height. The colour of the rising water depends on the dissolved minerals: a black colour indicates the presence of iron and sulphur, while barium, calcium or silicon-containing minerals colour the water white. Hence the names black and white smokers The hot, highly acidic, sulphide-rich seawater around the vents is a toxic environment for most life forms. Amazingly, however, hydrothermal vents are surrounded by a great variety of organisms The foundation of the ecosystem of hydrothermal vents is chemosynthetic bacteria that obtain energy by oxidising sulphur and its compounds, mainly hydrogen sulphide, to produce organic substances. The bacterial mats then attract other organisms. Some animals, certain crustaceans, for example, feed on the bacteria. Others have a symbiotic relationship with the bacteria living inside their bodies which provide nutrients for them. These animals include certain clams and worms. Predators, such as octopuses, also settle around the hydrothermal vents. The ecosystems around hydrothermal vents do not depend on sunlight; their formation is based on chemical and heat energy obtained directly from the Earth's crust.

Deep-sea hydrothermal vents are fissures in the seabed from which geothermally heated water erupts. Similarly to geysers and hot springs occurring on dry land, deep-sea hydrothermal vents form as a result of volcanic activity. At the bottom of the oceans, volcanic activity occurs along oceanic plate boundaries, or at hotspots. The greatest number of deep-sea hydrothermal vents are found along divergent oceanic plate boundaries, that is, along mid-ocean ridges. Along mid-ocean ridges, seawater seeps into the oceanic crust through fissures in the seafloor, where it is heated by the upwelling magma. The temperature of the heated water can exceed 400 °C, at which temperature water is normally in the gas phase. However, due to the high hydrostatic pressure at this depth, the superheated water exists here either in its liquid form or in a state where it has both gas and liquid-like properties. In this state, water in the vent can hold a great deal more dissolved minerals than cold seawater. When the erupting superheated water mixes with the cold, near-freezing seawater, it cools down rapidly. The solution becomes oversaturated, and its mineral content precipitates. This makes it appear like a cloud of smoke emitting from the seafloor. The precipitating minerals may deposit around the opening of the vent and form a chimney-like structure. This chimney can grow quite rapidly and reach up to 60 m in height. The colour of the rising water depends on the dissolved minerals: a black colour indicates the presence of iron and sulphur, while barium, calcium or silicon-containing minerals colour the water white. Hence the names black and white smokers The hot, highly acidic, sulphide-rich seawater around the vents is a toxic environment for most life forms. Amazingly, however, hydrothermal vents are surrounded by a great variety of organisms The foundation of the ecosystem of hydrothermal vents is chemosynthetic bacteria that obtain energy by oxidising sulphur and its compounds, mainly hydrogen sulphide, to produce organic substances. The bacterial mats then attract other organisms. Some animals, certain crustaceans, for example, feed on the bacteria. Others have a symbiotic relationship with the bacteria living inside their bodies which provide nutrients for them. These animals include certain clams and worms. Predators, such as octopuses, also settle around the hydrothermal vents. The ecosystems around hydrothermal vents do not depend on sunlight; their formation is based on chemical and heat energy obtained directly from the Earth's crust.

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