Just a Robot | Doodletones Doesn't Understand Physics @JustaRobot | Uploaded June 2016 | Updated October 2024, 2 hours ago.
Original Video
youtube.com/watch?v=GnOkkiqWr4k
Fan Video: NOT Just a Robot (feat. Feminazism) - IA (Just a Robot)
youtube.com/watch?v=sGh--d_DDBc&index=15&list=LLQ0IAkWrkZi_UPhV-JFUFDA
How Volcanoes Work
http://www.geology.sdsu.edu/how_volcanoes_work/Controls.html
How Lightning Work
en.wikipedia.org/wiki/Lightning
The Energy from a Nuclear Weapon
atomicarchive.com/Effects/effects1.shtml
Little Boy
en.wikipedia.org/wiki/Nuclear_weapon_yield
One Megaton of TNT
en.wikipedia.org/wiki/TNT_equivalent
Equation For Specific Heat Capacity
google.com/search?q=equation+for+specific+heat+capacity&rlz=1C1CHZL_enUS695US695&espv=2&biw=1920&bih=935&source=lnms&tbm=isch&sa=X&ved=0ahUKEwiMjKrXyKTNAhUDrB4KHWscDzMQ_AUIBigB#imgrc=DhMe8yQHgFO1tM%3A Magcargo is said to be 18,000 Degrees Fahrenheit. While there are many different types of lava most of them overwhelming consist of compounds of oxygen and silicon. The most common of these being silicon dioxide. The boiling point of silicon dioxide is 5340 Fahrenheit well below Magcargo supposed temperature. In order for it to maintain a liquid state either the average atmospheric pressure of the Pokemon must be well in excess of our own or their must be some external atomic force (very likely a much more potent "weak atomic force") Holding it's constituent atoms together. In the case of the former it would rapidly sublimate into a expanding gas or possibly a plasma depending on it's exact composition. this however would not be hotter then the heat of a lightning bolt which may often reach heats well in excess of 50,000 Kelvin. This energy is dissipated through the air violently ionizing it This being said. During thunderstorms Many many lightning strikes happen and even more lightning arches happen between clouds and other areas of with high differences in charge this process ionizing large masses of air and superheating them to similarly excessive temperatures. This being said since a Macargo weights 120 pounds or about 55 kg. Recall that a large amount of Macargos composition is that of silicon dioxide which also of all it's probable component compounds has one of the highest specific heats with a maximum specific heat of 730 Joules per kilogram-Kelvin meaning it would take 730 joules of energy to raise a kilogram of it by 1 degree kelvin or Celsius. Thus since we know it's temperature is 18,000 degrees Fahrenheit or 10,255 degrees kelvin. We have all the information necessary to calculate the total amount of thermal energy Macargo could release if it was a plasma by using the equation Q=m Delta T. (730 J/kg-k) times 55 kg times 10,255.372 degrees kelvin. contains a total energy of 4.117*10^8 Joules of energy This is well under a the energy of a 1 megaton Magmar is said to be 18,000 Degrees Fahrenheit. While there are many different types of lava most of them overwhelming consist of compounds of oxygen and silicon. The most common of these being silicon dioxide. The boiling point of silicon dioxide is 5340 Fahrenheit well below Magmars supposed temperature. In order for it to maintain a liquid state either the average atmospheric pressure of the pokemon world must be well in excess of our own. Or their must be some external (very likely a much more potent "weak atomic force") Holding its constituent atoms together. In the case of the former it would rapidly sublimate into a expanding gas or possibly a plasma depending on its exact composition. this however would not be hotter then the heat of a lightning bolt for example which may often reach heats well in excess of 50,000 Kelvin. This energy is dissipated through the air violently ionizing it This being said. During thunderstorms Many many lightning strikes happen and even more lightning arches happen between clouds and other areas of with high differences in charge this process ionizing large masses of air and superheating them to similarly excessive temperatures. This being said since a macargo weights 120 pounds or about 55 kg. Recall that a very large amount of macargo's composition is that of silicon dioxide which also of all its probable component compounds has one of the lowest specific heats with a maximum specific heat of 730 Joules per kilogram-Kelvin meaning it would take take 730 joules of energy to raise a kilogram of it by 1 degree kelvin or Celsius. Thus since we know its temperature is 18,000 degrees Fahrenheit or 10,255.372 degrees kelvin. We have all the information necessary to calculate the total amount of thermal energy macargo could release if it was a plasma by using the equation Q=m Delta T. (730 J/kg-k) times 55 kg times 10,255.372 degrees kelvin. contains a total energy of 4.117*10^8 Joules of energy This is well under a the energy of a 1 megaton nuclear explosion. So its fair to say that while powerful Macargo does not contain nearly as much energy as we were led to believe 4.184*10 15 J is less than 4.117*10^8.
Original Video
youtube.com/watch?v=GnOkkiqWr4k
Fan Video: NOT Just a Robot (feat. Feminazism) - IA (Just a Robot)
youtube.com/watch?v=sGh--d_DDBc&index=15&list=LLQ0IAkWrkZi_UPhV-JFUFDA
How Volcanoes Work
http://www.geology.sdsu.edu/how_volcanoes_work/Controls.html
How Lightning Work
en.wikipedia.org/wiki/Lightning
The Energy from a Nuclear Weapon
atomicarchive.com/Effects/effects1.shtml
Little Boy
en.wikipedia.org/wiki/Nuclear_weapon_yield
One Megaton of TNT
en.wikipedia.org/wiki/TNT_equivalent
Equation For Specific Heat Capacity
google.com/search?q=equation+for+specific+heat+capacity&rlz=1C1CHZL_enUS695US695&espv=2&biw=1920&bih=935&source=lnms&tbm=isch&sa=X&ved=0ahUKEwiMjKrXyKTNAhUDrB4KHWscDzMQ_AUIBigB#imgrc=DhMe8yQHgFO1tM%3A Magcargo is said to be 18,000 Degrees Fahrenheit. While there are many different types of lava most of them overwhelming consist of compounds of oxygen and silicon. The most common of these being silicon dioxide. The boiling point of silicon dioxide is 5340 Fahrenheit well below Magcargo supposed temperature. In order for it to maintain a liquid state either the average atmospheric pressure of the Pokemon must be well in excess of our own or their must be some external atomic force (very likely a much more potent "weak atomic force") Holding it's constituent atoms together. In the case of the former it would rapidly sublimate into a expanding gas or possibly a plasma depending on it's exact composition. this however would not be hotter then the heat of a lightning bolt which may often reach heats well in excess of 50,000 Kelvin. This energy is dissipated through the air violently ionizing it This being said. During thunderstorms Many many lightning strikes happen and even more lightning arches happen between clouds and other areas of with high differences in charge this process ionizing large masses of air and superheating them to similarly excessive temperatures. This being said since a Macargo weights 120 pounds or about 55 kg. Recall that a large amount of Macargos composition is that of silicon dioxide which also of all it's probable component compounds has one of the highest specific heats with a maximum specific heat of 730 Joules per kilogram-Kelvin meaning it would take 730 joules of energy to raise a kilogram of it by 1 degree kelvin or Celsius. Thus since we know it's temperature is 18,000 degrees Fahrenheit or 10,255 degrees kelvin. We have all the information necessary to calculate the total amount of thermal energy Macargo could release if it was a plasma by using the equation Q=m Delta T. (730 J/kg-k) times 55 kg times 10,255.372 degrees kelvin. contains a total energy of 4.117*10^8 Joules of energy This is well under a the energy of a 1 megaton Magmar is said to be 18,000 Degrees Fahrenheit. While there are many different types of lava most of them overwhelming consist of compounds of oxygen and silicon. The most common of these being silicon dioxide. The boiling point of silicon dioxide is 5340 Fahrenheit well below Magmars supposed temperature. In order for it to maintain a liquid state either the average atmospheric pressure of the pokemon world must be well in excess of our own. Or their must be some external (very likely a much more potent "weak atomic force") Holding its constituent atoms together. In the case of the former it would rapidly sublimate into a expanding gas or possibly a plasma depending on its exact composition. this however would not be hotter then the heat of a lightning bolt for example which may often reach heats well in excess of 50,000 Kelvin. This energy is dissipated through the air violently ionizing it This being said. During thunderstorms Many many lightning strikes happen and even more lightning arches happen between clouds and other areas of with high differences in charge this process ionizing large masses of air and superheating them to similarly excessive temperatures. This being said since a macargo weights 120 pounds or about 55 kg. Recall that a very large amount of macargo's composition is that of silicon dioxide which also of all its probable component compounds has one of the lowest specific heats with a maximum specific heat of 730 Joules per kilogram-Kelvin meaning it would take take 730 joules of energy to raise a kilogram of it by 1 degree kelvin or Celsius. Thus since we know its temperature is 18,000 degrees Fahrenheit or 10,255.372 degrees kelvin. We have all the information necessary to calculate the total amount of thermal energy macargo could release if it was a plasma by using the equation Q=m Delta T. (730 J/kg-k) times 55 kg times 10,255.372 degrees kelvin. contains a total energy of 4.117*10^8 Joules of energy This is well under a the energy of a 1 megaton nuclear explosion. So its fair to say that while powerful Macargo does not contain nearly as much energy as we were led to believe 4.184*10 15 J is less than 4.117*10^8.
