Crucible
The container may not be the same temperature as the solution (especially if the container is not a very good heat conductor). Thus, having the bulb of the thermometer touch the container may give an inaccurate reading.
Endothermic and exothermic are both terms used for the transfer of heat through a chemical reaction. When the mixed chemicals give off more heat than before (Become hotter), than an exothermic reaction has occurred. This is where energy is given off to the surroundings, causing the temperature to rise. Exothermic reactions are the opposite to this, where the container holding the chemicals becomes colder. This is because energy was required and heat was taken from the surroundings for the reaction to occur. Hope this helps.
low heat conductivity.
Temperature can increase pressure of gas in a container ,
The gas pressure in a closed container increases with volume and increased temperature. Likewise, the pressure will decrease with decreased temperature.
Plastic melts. Metals conduct heat energy just as well as the do electrical energy. That leaves Ceramic.
A crucible is a container that is usually made out of metal or ceramic. It is used to heat substances to very high temperatures.
The literal definition is clay and chemicals fired together to create a hard brittle heat resistant material
It really depends on what you are heating and why a ceramic dish would be most likely used to evaporate something off and a glass beaker would be used to heat a mixture to a certain temperature probably to make dissolving more successful.
Ceramic injection molding is similar to plastic molding. It uses a machine that heats ceramic at a very high temperature. It will melt it than it will heat it to make it stay.
none really but if the substance is cooler than the container it is in it heats quiker
Yes ceramic is a good thermal insulator being bad conductor of heat. For this reason it is being used in the furnaces to contain high temperature.
A crucible is a ceramic container to hold molten metal. To make the ceramic, you have to "fire" or heat the clay to transform it into the hardened ceramic that will hold the metal. At high temperatures, the minerals and clay react and change form.
If one's home is already heated, one can use a ceramic infrared heater for maintaining the heat. The ceramic infrared heater prevents the temperature of the room from dropping.
Why is glass a good conductor of heat and ceramic is not a good conductor of heat?
Ceramic tile is easy to clean, and pretty heat resistant. It does heat up quite well if the sauna is really well, so that it's hot to walk on the floor, but doesn't affect the temperature of the sauna as much as the stove (kiuas) does.
The Ceramic titles draw heat away from your body faster than the wood floors. **Note: They are both the same temperature