Dry ice is transformed in carbon dioxide gas by sublimation.
No,as dry ice is frozen carbon dioxide.
If dry ice is allowed to stand in a bowl at room temperature for several hours, it will sublimate, turning from solid carbon dioxide directly into gas without becoming liquid. As a result, the bowl will eventually be empty, with only a small amount of moisture possibly condensing from the air due to the cold temperature of the dry ice. There will be no residual solid or liquid left in the bowl.
If you mean the dry ice bomb as in putting dry ice in a bottle and sealing it, and then having it explode, then no. The bottle and the dry ice cannot be reused from the Dry Ice Bomb. The reasoning is that the Dry Ice would have already used enough of its fuel to try to explode the bottle that no fuel is left to explode another, and the bottle would be ripped in half by the Dry Ice inside, so the bottle cannot be reused.
Dry ice is the solid form of carbon dioxide, so all that is needed is carbon dioxide... Most people do not have the ability to make dry ice (as they would need to get a gas to around 200-300 K). I would advise buying dry ice from a local store.
When more dry ice is added to a container with existing dry ice, it will sublimate and create more carbon dioxide gas. This can cause an increase in pressure inside the container, potentially leading to a build-up of gas. It is important to handle dry ice with caution in a well-ventilated area to prevent any safety hazards.
No. Dry ice does not contain water. (CO2)
No,as dry ice is frozen carbon dioxide.
If dry ice is allowed to stand in a bowl at room temperature for several hours, it will sublimate, turning from solid carbon dioxide directly into gas without becoming liquid. As a result, the bowl will eventually be empty, with only a small amount of moisture possibly condensing from the air due to the cold temperature of the dry ice. There will be no residual solid or liquid left in the bowl.
If you mean the dry ice bomb as in putting dry ice in a bottle and sealing it, and then having it explode, then no. The bottle and the dry ice cannot be reused from the Dry Ice Bomb. The reasoning is that the Dry Ice would have already used enough of its fuel to try to explode the bottle that no fuel is left to explode another, and the bottle would be ripped in half by the Dry Ice inside, so the bottle cannot be reused.
No
Dry ice will sublime, or turn from a solid state into a gas state at room temperature. Dry ice is the solid form of carbon dioxide. Carbon dioxide at room temperature is a gas. If you left dry ice at room temperature for a few hours, depending how much you have, will completely sublime into gasous carbon dioxide.
Dry ice is frozen carbon dioxide- it evaporates ito gaseous form if you leave it out. That is why it is "dry".
Dry ice can keep ice cream frozen for several hours, typically between 4 to 10 hours, depending on the quantity of dry ice used, the insulation of the container, and the ambient temperature. For best results, using about 5 to 10 pounds of dry ice for a standard cooler-sized container can help maintain the ice cream's frozen state longer. It's important to handle dry ice with care, as it can cause skin burns.
No, using dry ice in your holiday punch should not cause it to become watery after several hours. Dry ice does not melt like regular ice; it sublimes, meaning it changes from a solid directly into a gas. This process helps keep your punch cold without diluting it with water.
well, the ice in it would melt, and the water would get warmer if it was in a hot climate,(a temperature warmer than the ice water) and if it was in a cold climate, (a temperature colder than the ice water) it would freeze or get colder.
Yes and No at the same time because if it was real ice it would melt. But if it was dry ice we would not be able to skate on it.
Dry ice is a solid form of carbon dioxide, which at room temperature is a gas. During the melting process, there would be a time during which the dry ice would be liquid, however the amount of liquid would be minimal. Sources: Wikipedia entry for "Dry ice"