Membuktikan Eksperimen Paling Berbahaya dari Anime Dr STONE di Dunia Nyata!

Summary

In this video, the creator attempts to recreate an explosive substance featured in the anime *Dr. Stone*, specifically from Season 1, Episode 4. The experiment involves mixing sulfur, carbon, and potassium nitrate (a common ingredient in fertilizers) to make gunpowder. After a few failed attempts, the mixture ignites successfully. The creator explains the role of each component in the combustion process and clarifies why gunpowder burns rather than explodes in open spaces. The video emphasizes that this experiment is for educational purposes only and should not be tried without proper supervision.

Takeaways

• 😀 The video references an experiment from the anime *Dr. Stone*, specifically from season 1, episode 4, where a chemical explosive is created.
• ⚠️ The video stresses that the content is for educational purposes only and should not be tried at home without adult supervision.
• 🧪 The first ingredient used in the experiment is sulfur, which is often found in everyday life as a medicinal ingredient.
• 🔥 The second ingredient is carbon (charcoal), which can be obtained from burnt wood.
• 🌱 The third ingredient is potassium nitrate, which Senku in *Dr. Stone* obtains from nitric acid in a 'miracle cave.' However, it's easier to get potassium nitrate today because it's a common fertilizer.
• 🥄 The video mentions that no exact proportions for the ingredients are given, so the creator mixes them based on intuition.
• 💥 The resulting mixture can ignite and burn, but won't explode unless confined in a closed space, unlike the explosive result shown in the anime.
• 🧨 The three components – sulfur, carbon, and potassium nitrate – make up gunpowder, or 'mesio' in Indonesian, used historically for explosives.
• 🌬 Potassium nitrate serves as the oxidizer, providing oxygen for combustion, carbon acts as the fuel, and sulfur lowers the ignition point.
• 💡 The experiment successfully demonstrates the burning of the mixture, but emphasizes that an explosion requires pressure buildup in a confined space.

Q & A

What experiment is demonstrated in the video?

The video demonstrates an experiment to create a homemade explosive inspired by a scene from the anime Dr. Stone, where the main character, Senku, makes gunpowder.

What materials are used in the experiment?

The materials used are sulfur, charcoal (carbon), and potassium nitrate, which are the key components of gunpowder.

What is the role of potassium nitrate in the mixture?

Potassium nitrate acts as an oxidizer, providing oxygen to fuel the combustion reaction.

Why is sulfur important in this experiment?

Sulfur lowers the ignition point of the mixture, making it easier to ignite the reaction when combined with the other components.

What is the function of carbon in the mixture?

Carbon serves as the combustible material in the gunpowder, providing the fuel for the combustion process.

Why did the initial attempt to ignite the mixture not work?

The initial attempt didn't work because the proportions of the materials were mixed randomly, and the mixture might not have had the correct ratio for ignition.

What happens when the mixture is ignited correctly?

When ignited correctly, the mixture burns and produces a visible flame, which is similar to what happens with real gunpowder, but it doesn't explode in an open environment.

Why does the mixture not explode when burned in an open space?

In an open space, the mixture only burns because the gases released during combustion dissipate into the air. For an explosion, the gases need to be contained in a confined space to build up pressure.

What is the educational purpose of this experiment?

The purpose of the experiment is to demonstrate the basic chemistry behind making gunpowder and to explain why certain conditions (like containment) are necessary for an explosion.

What safety precautions does the video suggest?

The video emphasizes that the experiment is for educational purposes only and should not be tried at home without adult supervision. Safety gear is also recommended.