Yes, you can do that. But they aren't insulated at all so plan on refilling the ice often. After the party simply run the machine as normal on "short wash". It will sense that it is already full or nearly full and will run as always. **Yes. Put it on a spin cycle if it works, lower the drain hose to ground level to drain if it does not work.
Salt lowers the temperature at which ice melts. Thus, it makes the temperature inside the cooler colder.
The ice melts and the water gets cooler.
For the most part it does. There is some salt (brine) that is caught in the water when it freezes, but as the ice ages the brine will drain out.
yes it does....when ice melts.....
It melts. When sugar melts, its called caramelization.
Salt lowers the temperature at which ice melts. Thus, it makes the temperature inside the cooler colder.
The ice melts and the water gets cooler.
IF the current drain is too high, then it melts.
I would assume it has to do with being out of the sun, seeing that if snow is in the sun it melts quicker, so if water is in the sun it'll be warmer than water in a well.
No there is not because the lightning is so hot it melts through everything. Also thunder is random and is hard to attract.
For the most part it does. There is some salt (brine) that is caught in the water when it freezes, but as the ice ages the brine will drain out.
They open the spillways and both doors of the locks sometime after November 15 and let the water drain down stream. This is so ice flows don't damage them. In the spring after the snow melts the spillways are closed and the canal refills.
no it will just keep the drinks cold longer
If the coffee is hot, it'll melt the ice quickly. If it's room temperature, the ice will still melt. Ice will melt in any situation where its surroundings are at a warmer temperature than itself.
=it melts==it melts==it melts=
No. One object will lose as much HEAT as the other gains. The change in temperature, on the other hand, will depend on the masses involved and on their heat capacity. It is even possible that one object's temperature reduces, while the other doesn't increase at all - for example, when ice melts.
Because the ice is transferring its thermal energy to the water, but the ice itself reaches room temperature which is normally above 32 degrees Fahrenheit, thus it melts.