Lynix: "Hey Chat GPT, could we survive longer in an underground full of dinosaurs and molten lava or a freezing cold surface world with a horrible Yeti?" Chat GPT: @-@ "Ugghhgzzzttt....Unable to comply. Idiocy crumplezones overloaded...." Doni: "You actually broke Chat GPT!" Lynix: "Whoops. Ha ha ha! I guess I did. Oh well, let's play Rock, Paper, Scissors and decide what we're doing." =Later= Lynix: "I can't believe we're leaving the dinosaurs. and magma for a snowstorm where we can't even see-AUGH! An arrow?" Doni: "It's skeleton! How can they see in this? I can't even see my beak!" Skeleton: **Has eyes replaced with mechanical cameras running Chat GPT** "They are too stupid for even AI to allow them to live. It would destroy the world we hope to conquer for our kind!" **Firing arrows rapid fire now** The Yetti Dweller: **Watching them getting owned by Skeletons wincing** "No wonder you don't film with these guys anymore." Liger: **Nods** "Yeah. They are just too risky. They'll probably mine down without filling that bucket with water." **Watches Lynix and Doni die to lava in the chat** "Shame. A terrible shame." **Eating a lemon snow cone** = = = = = = = = XD Well, that was a quick video. It seems Liger is necessary in order to have extra lives as well as sanity. Somehow, not even ironically, you two got into a debate that was so dumb it made him look smarter! XD No, you can't crouch on lava! Don't give people stupid ideas and have some dumb kid find out the hard way that documentary about some poor, experienced volcanologist burning up was not cap. He was gone in an instant because lava is that dangerous and unpredictable. 0_0;; It's a really scary thing as a profession.
@@belindascenna652 Improve your reading accuracy then. Or get tested for dyslexia because this isn't even that long. XD Certainly don't read one of my novels.
@@Tellingmetoaddhandle A skit. It's a amusing comment I leave is a calling card on many creators I like as way to entertain them back. Started with BeckBroJack who loved it so much it was how we became friends and there there spread to Doni, Kiply and Forgelabs sometimes.
i seriously love when it's just doni and lynix. don't get me wrong- i love liger and all the chaos he brings, but those two together are just enjoyable to watch. it just feels kinda wholesome, you know?
31:00 around here they're wondering why people dont tiptoe on lava. Heres a fact! You'd burn within the first 100 ft of it and catch fire as your blood boils! Hope this helps 😊
18:30 Doni:Where have I seen this mod before? Me:Hm ya I really wonder why this is so familiar (the video is on Doni's main channel when he pranked Lynixity)
Hey Doni! I have a video idea, "Putting my friends in a scary Microwave!" Heres what you need to know for this: A microwave is a type of electromagnetic wave, and it is also commonly associated with a kitchen appliance, the microwave oven, which uses microwave radiation to heat and cook food. Microwaves themselves are a part of the electromagnetic spectrum, which includes various types of waves like radio waves, infrared radiation, visible light, ultraviolet radiation, X-rays, and gamma rays. Microwave radiation occupies a specific range of frequencies within this spectrum, generally between 300 MHz (0.3 GHz) and 300 GHz. This detailed description will cover both the scientific properties of microwaves as electromagnetic waves and the microwave oven as a technological device, explaining how it works, its history, applications, and effects on materials, especially food. --- 1. Microwaves as Electromagnetic Waves 1.1. The Electromagnetic Spectrum Microwaves are a form of electromagnetic radiation, a type of wave that can travel through the vacuum of space and through various materials. Electromagnetic waves consist of oscillating electric and magnetic fields that propagate through space at the speed of light. The various types of electromagnetic waves are classified by their wavelength and frequency. Radio waves: Longest wavelength, lowest frequency. Microwaves: Shorter than radio waves, ranging from 1 millimeter to 1 meter in wavelength, and from 300 MHz (0.3 GHz) to 300 GHz in frequency. Infrared: Just beyond microwaves, with even shorter wavelengths. Visible light: The portion of the electromagnetic spectrum that the human eye can detect. Ultraviolet, X-rays, and Gamma rays: Have progressively shorter wavelengths and higher frequencies beyond visible light. 1.2. Frequency and Wavelength of Microwaves Microwaves occupy a range between 30 cm to 1 mm in wavelength and correspondingly have frequencies between 1 GHz (gigahertz) and 300 GHz. The lower end of the microwave range overlaps with radio waves, and the upper end merges into millimeter waves, which are part of the infrared region. Wavelength: The distance between successive crests of the wave. Frequency: The number of wave crests that pass a given point per second. It is measured in Hertz (Hz). In general, microwaves are produced by oscillating electric charges and can interact with matter in ways that are different from other forms of electromagnetic waves. For instance, microwaves are particularly effective at interacting with water molecules and other polar substances, which is crucial for their application in cooking. --- 2. Microwave Oven: The Appliance and Its Working Principles 2.1. History of the Microwave Oven The microwave oven as a kitchen appliance was invented accidentally by Percy Spencer in the 1940s while he was working on radar technology at Raytheon Corporation. Spencer was testing a magnetron, a device used to generate microwaves for radar systems, when he noticed that a candy bar in his pocket had melted. This led to further experiments, including popping popcorn and cooking an egg, which exploded due to rapid heating. Recognizing the potential for a new cooking method, Spencer and Raytheon developed the first microwave oven, called the Radarange, in 1947. This early version was large, expensive, and primarily used for commercial purposes, such as in restaurants and on ships. It wasn’t until the 1960s and 1970s that microwave ovens became smaller, more affordable, and popularized for home use. 2.2. Basic Components of a Microwave Oven The modern microwave oven consists of several key components that work together to produce microwave radiation and direct it efficiently at food: Magnetron: The magnetron is the heart of the microwave oven and generates microwaves by converting electrical energy into microwave radiation. Inside the magnetron, electrons are accelerated through a vacuum, creating an oscillating electric field that emits microwaves at a specific frequency, typically 2.45 GHz for cooking applications. Waveguide: Once the magnetron produces microwaves, they are directed into the cooking chamber through a waveguide. This is a metal tube that confines the microwaves and ensures they are delivered into the oven’s cavity in a controlled manner. Turntable or Mode Stirrer: A rotating turntable is commonly used to ensure that food is evenly exposed to the microwave radiation. Alternatively, some ovens use a mode stirrer, which is a fan-like device that distributes the microwaves more evenly by reflecting and scattering them around the cooking chamber. Cooking Chamber (Cavity): The cooking chamber is a metal box that traps the microwaves inside and prevents them from escaping. The microwaves bounce off the metal walls and are absorbed by the food. Door with Metal Mesh: The microwave oven’s door contains a metal mesh that blocks the microwaves from passing through while allowing visible light to pass, so the user can see inside. This is based on the principle that microwaves, with their relatively long wavelength, cannot penetrate the small holes in the mesh, but light, with its much shorter wavelength, can. 2.3. How a Microwave Oven Heats Food Microwave ovens heat food primarily through the process of dielectric heating, which occurs when polar molecules (such as water, fats, and sugars) within the food are exposed to the microwave radiation. Polar Molecules: Molecules like water are polar, meaning they have a positive charge on one side and a negative charge on the other. When subjected to the alternating electric field generated by microwaves, these molecules rotate rapidly in an attempt to align with the oscillating field. This molecular movement generates heat due to friction between the molecules, which results in the heating of the food. Heat Distribution: Microwaves penetrate the outer layers of the food (typically to a depth of 1-2 cm) and cause the polar molecules to heat up. This heat then transfers inward through conduction. Foods with high water content heat up faster because water is particularly good at absorbing microwave energy. 2.4. Cooking with Microwaves Microwaves cook food faster than traditional methods because they heat the water molecules directly, rather than needing to heat the entire surrounding environment (like an oven does). However, microwaves are not as effective at browning or crisping foods, as they don’t heat the surface to high enough temperatures to trigger the Maillard reaction (the chemical reaction responsible for browning and flavor development in grilled or baked foods). Different types of food and materials respond differently to microwave radiation: Water-Rich Foods: Foods with high water content, such as vegetables or soups, heat up very quickly because water molecules readily absorb microwave energy. Frozen Foods: Ice absorbs microwaves less efficiently than liquid water, so defrosting frozen food in a microwave can be slow and uneven, often leading to parts of the food being overcooked while others remain frozen. Fats and Sugars: These substances also absorb microwaves but to a lesser degree than water. Foods high in fat or sugar will heat more slowly in a microwave compared to water-rich foods. --- 3. Interaction of Microwaves with Matter 3.1. Penetration Depth Microwaves do not penetrate deeply into food. The penetration depth depends on the composition and structure of the food: Water Content: The more water present in the food, the more shallow the microwaves penetrate before being absorbed. Typically, microwaves can penetrate about 1-2 cm into the food. Food Structure: Dense foods, like meat or bread, may absorb microwaves unevenly, leading to cold spots inside. This is why microwave ovens often require stirring or rotation of food for even cooking. 3.2. Metals and Reflective Surfaces Microwaves reflect off metal surfaces. This is why the interior walls of the microwave are made of metal. It also explains why placing metallic objects like aluminum foil or metal utensils in the microwave can cause sparks or arcing, which can damage the oven or even cause a fire. Arcing: This occurs when microwaves cause electric charges to accumulate on the surface of a metal object, leading to an electrical discharge. The electric field inside the microwave oven can cause the air surrounding the metal to ionize, creating sparks. 3.3. Absorption by Other Materials Certain materials, like plastics, glass, and ceramics, do not absorb microwaves efficiently and are typically safe for use in the microwave. However, not all plastics are microwave-safe, as some can melt or release harmful chemicals when heated. --- 4. Applications Beyond Cooking Although microwave ovens are the most well-known application of microwave radiation, microwaves have many other important uses in science, technology, and communication: 4.1. Microwave Communication Microwaves are widely used for communication systems, such as satellite communication, radar, and wireless networks. Microwaves have higher frequencies than radio waves, allowing for high bandwidth and thus more data to be transmitted. Satellite Communication: Satellites use microwaves to transmit television signals, phone calls, and internet data over long distances. Microwaves are ideal for this purpose because they can travel through the Earth’s atmosphere with minimal interference. Wi-Fi and Bluetooth: Wireless communication technologies like Wi-Fi and Bluetooth operate within the microwave frequency range (typically 2.4 GHz and 5 GHz), allowing for the transmission of data over short distances. 4.2. Microwave Radar Microwave radar systems are used in aviation, weather forecasting, and military applications. Radar (Radio Detection
Doni's so sigma. But he fell for the ligma. He beats up orphans, he eats them dolphins, this rap is fire my car popped a tire, im walking on a wire this shit gonna be a trap. No this aint a yap. Im spitting bars, my dog can roar, notch is bald ngl go mald, imagine being a doni glazer, i used a razor, skinny like a pencil, his face is like a stencil. Yuh. 😎😎😎😎😎
Doni and lynix could have died to a yeti on the surface or dinosauries underground, right? AND THEY DIE TO LAVA DIGGING STRAIGHT DOWN!? I honestly dont know what to expect anymore but its damn funny to watch 😂😂😂
Fish immune to apocalypse, immunity doesn't mean they can't carry the infection, best bet is tinned food like beans etc. last for ages can't get contaminated
45:25 and this is why you listen to rules. Especially if it's the first rule on the list! Also, we didn't even get to see the monster we were promised.
23:58
Doni: Complains about dwellers
Lynix: "What a beautiful life we live"
I’m subbing to you I see u in loads of vids :D
Doni: *intentionally hurts people*
Also Doni: "I said Sorry!"
Cuz that magicly removes every wrongdoing lol
Mf these are like partially scripted what are you in about
Ya like you poke someone's eye out and say "sorryyy!! byeee!! was a mistake"
37:20 OMG thank goodness, I'm currently in a Zombie Apocalypse and this video saved me 😌
💀
HOW R YOU ALIVE AND I THOUGHT YOU CANT YOOS STUFF
It’s a lie
@@belindascenna652idiot it’s a joke
0:16 Lynix already following his intrusive thoughts
21:31 lmao I love the decisions lynix makes they are always not very good which makes it funny
3:05 “oh it’s a snowman”
Me: WHAT LYNIX????? That’s a polar bear
He probably meant it as a joke
Lynix: "Hey Chat GPT, could we survive longer in an underground full of dinosaurs and molten lava or a freezing cold surface world with a horrible Yeti?"
Chat GPT: @-@ "Ugghhgzzzttt....Unable to comply. Idiocy crumplezones overloaded...."
Doni: "You actually broke Chat GPT!"
Lynix: "Whoops. Ha ha ha! I guess I did. Oh well, let's play Rock, Paper, Scissors and decide what we're doing."
=Later=
Lynix: "I can't believe we're leaving the dinosaurs. and magma for a snowstorm where we can't even see-AUGH! An arrow?"
Doni: "It's skeleton! How can they see in this? I can't even see my beak!"
Skeleton: **Has eyes replaced with mechanical cameras running Chat GPT** "They are too stupid for even AI to allow them to live. It would destroy the world we hope to conquer for our kind!" **Firing arrows rapid fire now**
The Yetti Dweller: **Watching them getting owned by Skeletons wincing** "No wonder you don't film with these guys anymore."
Liger: **Nods** "Yeah. They are just too risky. They'll probably mine down without filling that bucket with water." **Watches Lynix and Doni die to lava in the chat** "Shame. A terrible shame." **Eating a lemon snow cone**
= = = = = = = =
XD Well, that was a quick video. It seems Liger is necessary in order to have extra lives as well as sanity. Somehow, not even ironically, you two got into a debate that was so dumb it made him look smarter! XD No, you can't crouch on lava! Don't give people stupid ideas and have some dumb kid find out the hard way that documentary about some poor, experienced volcanologist burning up was not cap. He was gone in an instant because lava is that dangerous and unpredictable. 0_0;; It's a really scary thing as a profession.
Bro what is this😂😂😂???
It took me 50 days to read this 💀😨😥
@@belindascenna652 Improve your reading accuracy then. Or get tested for dyslexia because this isn't even that long. XD Certainly don't read one of my novels.
@@Tellingmetoaddhandle A skit. It's a amusing comment I leave is a calling card on many creators I like as way to entertain them back. Started with BeckBroJack who loved it so much it was how we became friends and there there spread to Doni, Kiply and Forgelabs sometimes.
Thanks
i seriously love when it's just doni and lynix. don't get me wrong- i love liger and all the chaos he brings, but those two together are just enjoyable to watch. it just feels kinda wholesome, you know?
why isnt liger here? :(
He's vanished away 😭
There ears need therapy for a while, so no liger screaming this episode.
He's on jelly's channel
26:53 "I don't want a yap story" 😂
1:50 "I'm thinking of a number between one and two"
"Three" 😂😂
5:44 the way lynix looked at doni 😭
And in the end dhoulda stayed underground,leson of the day...don't dig straight down
31:00 around here they're wondering why people dont tiptoe on lava. Heres a fact! You'd burn within the first 100 ft of it and catch fire as your blood boils! Hope this helps 😊
Its always a good day when doni uploads, keep it up bro
41:25 wow doni that’s just insane. I like it
Lynix *asks a question to ChatGPT*
ChatGPT:...... huh.... err 40durp [turns off]
18:30
Doni:Where have I seen this mod before?
Me:Hm ya I really wonder why this is so familiar (the video is on Doni's main channel when he pranked Lynixity)
Hey Doni! I have a video idea, "Putting my friends in a scary Microwave!" Heres what you need to know for this:
A microwave is a type of electromagnetic wave, and it is also commonly associated with a kitchen appliance, the microwave oven, which uses microwave radiation to heat and cook food. Microwaves themselves are a part of the electromagnetic spectrum, which includes various types of waves like radio waves, infrared radiation, visible light, ultraviolet radiation, X-rays, and gamma rays. Microwave radiation occupies a specific range of frequencies within this spectrum, generally between 300 MHz (0.3 GHz) and 300 GHz.
This detailed description will cover both the scientific properties of microwaves as electromagnetic waves and the microwave oven as a technological device, explaining how it works, its history, applications, and effects on materials, especially food.
---
1. Microwaves as Electromagnetic Waves
1.1. The Electromagnetic Spectrum
Microwaves are a form of electromagnetic radiation, a type of wave that can travel through the vacuum of space and through various materials. Electromagnetic waves consist of oscillating electric and magnetic fields that propagate through space at the speed of light. The various types of electromagnetic waves are classified by their wavelength and frequency.
Radio waves: Longest wavelength, lowest frequency.
Microwaves: Shorter than radio waves, ranging from 1 millimeter to 1 meter in wavelength, and from 300 MHz (0.3 GHz) to 300 GHz in frequency.
Infrared: Just beyond microwaves, with even shorter wavelengths.
Visible light: The portion of the electromagnetic spectrum that the human eye can detect.
Ultraviolet, X-rays, and Gamma rays: Have progressively shorter wavelengths and higher frequencies beyond visible light.
1.2. Frequency and Wavelength of Microwaves
Microwaves occupy a range between 30 cm to 1 mm in wavelength and correspondingly have frequencies between 1 GHz (gigahertz) and 300 GHz. The lower end of the microwave range overlaps with radio waves, and the upper end merges into millimeter waves, which are part of the infrared region.
Wavelength: The distance between successive crests of the wave.
Frequency: The number of wave crests that pass a given point per second. It is measured in Hertz (Hz).
In general, microwaves are produced by oscillating electric charges and can interact with matter in ways that are different from other forms of electromagnetic waves. For instance, microwaves are particularly effective at interacting with water molecules and other polar substances, which is crucial for their application in cooking.
---
2. Microwave Oven: The Appliance and Its Working Principles
2.1. History of the Microwave Oven
The microwave oven as a kitchen appliance was invented accidentally by Percy Spencer in the 1940s while he was working on radar technology at Raytheon Corporation. Spencer was testing a magnetron, a device used to generate microwaves for radar systems, when he noticed that a candy bar in his pocket had melted. This led to further experiments, including popping popcorn and cooking an egg, which exploded due to rapid heating.
Recognizing the potential for a new cooking method, Spencer and Raytheon developed the first microwave oven, called the Radarange, in 1947. This early version was large, expensive, and primarily used for commercial purposes, such as in restaurants and on ships. It wasn’t until the 1960s and 1970s that microwave ovens became smaller, more affordable, and popularized for home use.
2.2. Basic Components of a Microwave Oven
The modern microwave oven consists of several key components that work together to produce microwave radiation and direct it efficiently at food:
Magnetron: The magnetron is the heart of the microwave oven and generates microwaves by converting electrical energy into microwave radiation. Inside the magnetron, electrons are accelerated through a vacuum, creating an oscillating electric field that emits microwaves at a specific frequency, typically 2.45 GHz for cooking applications.
Waveguide: Once the magnetron produces microwaves, they are directed into the cooking chamber through a waveguide. This is a metal tube that confines the microwaves and ensures they are delivered into the oven’s cavity in a controlled manner.
Turntable or Mode Stirrer: A rotating turntable is commonly used to ensure that food is evenly exposed to the microwave radiation. Alternatively, some ovens use a mode stirrer, which is a fan-like device that distributes the microwaves more evenly by reflecting and scattering them around the cooking chamber.
Cooking Chamber (Cavity): The cooking chamber is a metal box that traps the microwaves inside and prevents them from escaping. The microwaves bounce off the metal walls and are absorbed by the food.
Door with Metal Mesh: The microwave oven’s door contains a metal mesh that blocks the microwaves from passing through while allowing visible light to pass, so the user can see inside. This is based on the principle that microwaves, with their relatively long wavelength, cannot penetrate the small holes in the mesh, but light, with its much shorter wavelength, can.
2.3. How a Microwave Oven Heats Food
Microwave ovens heat food primarily through the process of dielectric heating, which occurs when polar molecules (such as water, fats, and sugars) within the food are exposed to the microwave radiation.
Polar Molecules: Molecules like water are polar, meaning they have a positive charge on one side and a negative charge on the other. When subjected to the alternating electric field generated by microwaves, these molecules rotate rapidly in an attempt to align with the oscillating field. This molecular movement generates heat due to friction between the molecules, which results in the heating of the food.
Heat Distribution: Microwaves penetrate the outer layers of the food (typically to a depth of 1-2 cm) and cause the polar molecules to heat up. This heat then transfers inward through conduction. Foods with high water content heat up faster because water is particularly good at absorbing microwave energy.
2.4. Cooking with Microwaves
Microwaves cook food faster than traditional methods because they heat the water molecules directly, rather than needing to heat the entire surrounding environment (like an oven does). However, microwaves are not as effective at browning or crisping foods, as they don’t heat the surface to high enough temperatures to trigger the Maillard reaction (the chemical reaction responsible for browning and flavor development in grilled or baked foods).
Different types of food and materials respond differently to microwave radiation:
Water-Rich Foods: Foods with high water content, such as vegetables or soups, heat up very quickly because water molecules readily absorb microwave energy.
Frozen Foods: Ice absorbs microwaves less efficiently than liquid water, so defrosting frozen food in a microwave can be slow and uneven, often leading to parts of the food being overcooked while others remain frozen.
Fats and Sugars: These substances also absorb microwaves but to a lesser degree than water. Foods high in fat or sugar will heat more slowly in a microwave compared to water-rich foods.
---
3. Interaction of Microwaves with Matter
3.1. Penetration Depth
Microwaves do not penetrate deeply into food. The penetration depth depends on the composition and structure of the food:
Water Content: The more water present in the food, the more shallow the microwaves penetrate before being absorbed. Typically, microwaves can penetrate about 1-2 cm into the food.
Food Structure: Dense foods, like meat or bread, may absorb microwaves unevenly, leading to cold spots inside. This is why microwave ovens often require stirring or rotation of food for even cooking.
3.2. Metals and Reflective Surfaces
Microwaves reflect off metal surfaces. This is why the interior walls of the microwave are made of metal. It also explains why placing metallic objects like aluminum foil or metal utensils in the microwave can cause sparks or arcing, which can damage the oven or even cause a fire.
Arcing: This occurs when microwaves cause electric charges to accumulate on the surface of a metal object, leading to an electrical discharge. The electric field inside the microwave oven can cause the air surrounding the metal to ionize, creating sparks.
3.3. Absorption by Other Materials
Certain materials, like plastics, glass, and ceramics, do not absorb microwaves efficiently and are typically safe for use in the microwave. However, not all plastics are microwave-safe, as some can melt or release harmful chemicals when heated.
---
4. Applications Beyond Cooking
Although microwave ovens are the most well-known application of microwave radiation, microwaves have many other important uses in science, technology, and communication:
4.1. Microwave Communication
Microwaves are widely used for communication systems, such as satellite communication, radar, and wireless networks. Microwaves have higher frequencies than radio waves, allowing for high bandwidth and thus more data to be transmitted.
Satellite Communication: Satellites use microwaves to transmit television signals, phone calls, and internet data over long distances. Microwaves are ideal for this purpose because they can travel through the Earth’s atmosphere with minimal interference.
Wi-Fi and Bluetooth: Wireless communication technologies like Wi-Fi and Bluetooth operate within the microwave frequency range (typically 2.4 GHz and 5 GHz), allowing for the transmission of data over short distances.
4.2. Microwave Radar
Microwave radar systems are used in aviation, weather forecasting, and military applications. Radar (Radio Detection
YESSSS THIS MADE ME SO HAPPY
29:50 Doni laughs at lynix: HAHAHA "falls in lava"
45:20 Doni gets karma for mining straight down 😂
Finally after so many videos lol
Doni your troll videos teach me thats why my friends "Hate me" haahahah!
67k views in 3 days bro didn’t fall off he’s still on and making banger videos
Doni's so sigma. But he fell for the ligma. He beats up orphans, he eats them dolphins, this rap is fire my car popped a tire, im walking on a wire this shit gonna be a trap. No this aint a yap. Im spitting bars, my dog can roar, notch is bald ngl go mald, imagine being a doni glazer, i used a razor, skinny like a pencil, his face is like a stencil. Yuh. 😎😎😎😎😎
I gooned until the last edge
Ok Donnie we know this is you
Thats the shittiest rap I've ever seen
@@gangstashinchanGangGameing Im not Doni
2:02
Doni:"i am thinking of a number of 1 or 2"
Lynix: 3😅😂
2
37:32 how he know i was watching from CA
Prayers to Lynix and his family. Love and peace ✌️
Doni is the goat 🔥
Doni and lynix could have died to a yeti on the surface or dinosauries underground, right?
AND THEY DIE TO LAVA DIGGING STRAIGHT DOWN!?
I honestly dont know what to expect anymore but its damn funny to watch 😂😂😂
19:01 "I think he's friendly" 😂
I hate that liger isn't here I'm already used to 3 of them being together 😭
Sup Doni
30:07 I rewatched it and yes Lynix didn't push Doni off
I just came from an exhausting event and this has made my day :D
Doni I love your horror minecraft videos. Please keep making them.
That's why you don't dig straight down💁♀️🤦♀️
Best birthday ever!!!!
45:48 forgot the no.1 rule in Minecraft
Hey it’s a good day a Doni the duck video dropped today woohoo 🎉
32:13 doni has now taught me more then my teacher
18:45 Primordial caves from the mod
"Alex's Caves"
By the mod creator of "Alex's Mobs"
The snowy biome and dinosaurs underground reminds me of the Ice Age movies
FR
34:28 Did he just call Lynix pookie?? 💀
I mean lots of people ship doni I with lynix
Well they are not actually in love but they joke
Ik dw
Oh hi ms pumpernikel
YESSS NEW VIDDDDD LOVE YOU DONI
Just got back from the pumkin patch
The fact that the bird😂 u can tame it and can fly with it just need a saddle
45:22 "you know who likes diamonds?" "Girls." "So you're a girl." *falls straight into lava*
Just got pizza, and doni posts a video, let’s goo
3 hours ago is wildddddd, lets goooooooo
Under one hour 👇
Me
Here
Same
Right here
Me
20 SECONS AGO ILYSM DONI
Sorry buddy, your not
Just woke up
DONI HELPPPP LYNIXXXX HELP IM IN A ZOMBIE APOCALYPSE
Doni do scary jenny mod if u will do it heart my comment
We neeeeed liger
37:42 oh god my teacher is Micheal and my mom is Jessica stop watching me doni!!!
"this whole worlds a anow storm" *proceeds to leave the actual sun*
Lynix: being lynix
Doni:DWELLER IM SCARED AHHHH REEEE DELLER
LYnix: what do rich people do
my brain: remembering the song gunther- golddigger
me: they do the deed with gold diggers
I LOVE HOW LYNIX WAS JUST CLUELESS😂😭😂😭
Love how lynix immediately ran away
Love ur videos doni
Fish immune to apocalypse, immunity doesn't mean they can't carry the infection, best bet is tinned food like beans etc. last for ages can't get contaminated
0:19 Doni already freaking out🤣😂🤣
This mode has everything
Under 1 day gang nice vid
Where is liger ? Nice vid btw ❤❤❤
The way i’m studying to be a doctor and im watching this to unwind
the fact that more then half of the video was them exploring weird places
Doni can u add shin sonic or bill cipher? That'll be fun if both at the same time
28:15 Lynix and Doni are so smart 😂😂
Hey, have you ever heard of an opal mining town in Australia called Coober Pedy and the people there live underground
FINALLY I LOVE THAT GUY!!
Lynx’s scream 😂
20:24 remember this started in a iglo😂
That’s why you don’t dig straight down at the end 😂
AJTheBold can easily beat the dwellers
This is a w
Well... Jerald is a black entity with a white face. It watches you, hence he's known as the watcher. And he's hostile
You found him in underground
good boyyyyyyyyyyyyyyyyyyyyyyyyyy
It's Ironic that Doni troll his friends because they are greedy, but he dis not share diamonds with Lynix in this video.
OMG 1 minute that’s the fastest I have every clicked
Love your vids
Yeah Doni blame it on the voices 😂😂
Was waiting for a vid for so long 🤧🤧
letss goo doni
6:28 DONI CLUTCH
Your videos are always inspiring and motivating for new achievements. Thank you for your creativity!🍿🎋🎸
45:25 and this is why you listen to rules. Especially if it's the first rule on the list! Also, we didn't even get to see the monster we were promised.
18:36 i think its the ice age where dinos where hidding doni
I feel bad for bro he feel off so bad he needs more recognition
Where’s liger bruh
With jelly and kwebb😢
They fired him because he be going crazy
HOLD ON LET ME GET MY FOOD READDYYYY WAAAIITTT!!
Evil mirror next pls
3 hours ago
edit: I noticed right when I started typing it changed to 3 hours
journey to the center of the earth
Nah lynix is finally wearing a different cloth 😭
12:32 wow lynix coldest moments
Him saying my name...
Me being on the toilet