Dry ice itself does not blow up, the container does. You see, dry ice sublimates (changes directly from solid to gas) at room temperature, a process that is vastly accelerated by dumping it in hot water. If you do this in a container and hermetically seal it, the gas produced by the sublimation process will cause the pressure to build up inside the container. Eventually the tremendous pressure will cause the container to blow up. Keep in mind that this will happen even without the hot water, although it will take a bit longer.
When dry ice is put in water, it sublimates, turning from a solid directly into carbon dioxide gas. This creates a bubbling effect as the gas is released, and the water may appear to boil. The combination of dry ice and water can also create a foggy or misty effect due to the rapid cooling of the surrounding air.
It doesn't! The dry ice boils, while the water gets cold. It just LOOKS like the water is boiling. If you capture and analyze some of the gas that comes off, you will see that it's carbon dioxide (dry ice), not water vapor.
You have to boil and heat water and add sodium acetate (a powder easy to find online), and mix it until it is fully dissolved. Then pour the water in a glass and put the glass in the fridge. After 2 hours, the liquid is ready. You pour the liquid into and kind of place, or leave it in the glass. Then, you put a tiny little part in your finger of sodium acetate, and touch the liquid. It will then turn into dry ice.
water
Yes you can, you just need to drop the dry ice into the water and voila, you've got frozen water
Melted ice is liquid water and water boil.
There will be fake fog as it sublimes
When dry ice is put in water, it sublimates, turning from a solid directly into carbon dioxide gas. This creates a bubbling effect as the gas is released, and the water may appear to boil. The combination of dry ice and water can also create a foggy or misty effect due to the rapid cooling of the surrounding air.
The boiling point of water is primarily affected by atmospheric pressure, which changes with altitude; lower pressure results in a lower boiling point. The presence of dry ice (solid carbon dioxide) can also influence the boiling process by lowering the temperature of the surrounding environment, potentially causing water to freeze instead of boil if the dry ice is in significant contact with it. Additionally, the amount of heat applied to the water and the purity of the water can impact the boiling point.
Practically all materials have a boiling point.
It doesn't! The dry ice boils, while the water gets cold. It just LOOKS like the water is boiling. If you capture and analyze some of the gas that comes off, you will see that it's carbon dioxide (dry ice), not water vapor.
Take a big can then boil some water then put the boiled water inside the can then put in the can dry ice then fog comes out of the can TIP: Great for parties!
You have to boil and heat water and add sodium acetate (a powder easy to find online), and mix it until it is fully dissolved. Then pour the water in a glass and put the glass in the fridge. After 2 hours, the liquid is ready. You pour the liquid into and kind of place, or leave it in the glass. Then, you put a tiny little part in your finger of sodium acetate, and touch the liquid. It will then turn into dry ice.
water
dry ice is for mixing with water to make fog
No. The temperature of dry ice is far lower than that of ice water.
a hypothesis for hot ice would depend on the ingredients you use and the temperature my example would be..... " i boil 1L vinegar and add 4 tsp on baking soda for 30 minutes until a crust forms and then i cool it in the fridge for 40 minutes. then when i touch it it instantly turn into ice".... u could also do the experiment where u use sodium acetate or the one where you use hand warmers.