When sugar is mixed with hot water, it generates a paste that adheres to the skin and increases burns. It is a typical practice in jails, where it is referred to as "napalm" owing to the way it adheres to skin and burns. Even though this method is effective, it can also be harmful if not done properly.
The process by which fire melts ice gives us an example of what happens when you mix sugar with hot water. As the water heats up, its viscosity or thickness increases and it becomes less able to flow. This means that more sugar is needed to make a solution with the same strength. At some point, the amount of sugar exceeds its melting point so it begins to dissolve instead. However, since the water is still hot, the solute particles are forced closer together. This makes a second layer of sugar molecules that repel each other because they are now aligned sideways rather than upright like bricks in a wall. The extra layers prevent any more sugar from melting so there is no further increase in concentration. Instead, the mixture remains at its original strength since additional water cannot penetrate the wall of dissolved sugar molecules.
As long as the heat is on, the mixture will continue to thicken and the wall will keep growing higher. Eventually, the temperature of the water drops enough for some of the sugar molecules to re-orient themselves with their tails pointing into the solution instead of out of it.
Hall had been targeted by other convicts for the second time in a few weeks. The first incident occurred on October 13 when another prisoner attacked him with a metal spoon.
The reason why this happens is because of the temperature of the water and the sugar. Sugar has a high boiling point (about 240 degrees F or 115 degrees C) so it doesn't dissolve in water that's below 100 degrees F (38 degrees C). When the water reaches about 180 degrees F (82 degrees C), it starts to boil and evaporates, leaving only the sugar behind. That's why you have to be careful not to add too much sugar to your hot water, or else it won't dissolve.
Also, don't drink too much hot water either because it can also be dangerous if your stomach contains acids. Drinking too much alcohol can cause your body to produce more acid, so it's important to avoid doing both at once.
Finally, make sure that you wash your mixing glass before and after use to remove any residue that could burn if it comes into contact with air.
Anyway, when you mix sugar with hot water and splatter it on someone, the sugar adheres to them. It adheres to the skin, so unlike water, which can be easily absorbed or rolled off, the water containing sugar will be significantly more difficult to remove, extending the duration of the burn. Loading up on baby oil... That'll keep 'em busy for hours.
The reason for this is that sugar has a high boiling point (approximately 300 degrees Celsius or 572 degrees Fahrenheit), while water has a low boiling point (100 degrees Celsius or 212 degrees Fahrenheit). When you heat sugar together with water, the water molecules become excited and move around more quickly, which increases the rate at which the sugar heats up. As well as being drunk as tea or coffee, the spent grounds are discarded. A few hundred years ago, they were just thrown out. Today, they're sold as fuel for steam engines and power plants or used in animal feed.
People have been burning sugar since at least 1730, but it wasn't until much later that anyone realized how dangerous it was. In 1884, an American chemist named Henry Rose discovered evidence of sugar in charred wood samples taken from the ruins of Pompeii. The problem is that if you mix sugar with water, it produces carbon dioxide gas that escapes through tiny holes called "voids" in the wood. The gas then bubbles out of the surface of the liquid like beer does from a trapped gas bubble inside it.