Want this question answered?
No, it does not matter whether or not the water is hot. You can put hot water in a pot but it won't boil any faster.
Water must reach 100° C before it will boil. Since hot water is closer to 100° C than cold water is, hot water will boil quicker than cold water goes once you have started to heat it.
The pressure must have been extremely low in the container.
The water must absorb sufficient heat energy to raise its temperature to the boiling point PLUS the Latent Heat of Vaporization at that Temperature and Ambient Pressure..
Boiling water in a conventional oven is extremely inefficient, but doing so does not involve any more danger than boiling water on the stove top. Boiling water in certain kinds of smooth glass or ceramic containers in a microwave oven can be extremely dangerous.
212 F
212 F
This affect the culture as the culture you adopt must be in line with all the factors.
No, it does not matter whether or not the water is hot. You can put hot water in a pot but it won't boil any faster.
100 degrees Celsius
Yes, you must lower the pressure though.
Water must reach 100° C before it will boil. Since hot water is closer to 100° C than cold water is, hot water will boil quicker than cold water goes once you have started to heat it.
At sea level, water boils at 212F and 100C212f 100c
Air pressure and moisture in the air can affect the length of time it takes for something to start boiling. But the affect would not be very high I must say, this is an interesting question. I do not believe that weather affects how long water takes to boil unless you are outside. I am not a physics professor, however.
You must boil its at a 100 degrees Celsius or 212 degrees Fahrenheit which will sterilize it and then it must be filtered.
The stronger the forces, the more heat that must be added to boil the liquid
The temperature must be increased up to 100 oC.