water boils at 100oC so as soon as it will reach to 100oC it will take that much time so it basically depends upon the current temp of water and the temp and pressure of eviornment and also ammount of heat supplied
This is the stupidest answer possible for this question. All you have done is rephrase the question to "how long does it take water to reach 100C?" Ugh why do you bother answering if your answer is completely useless?
1oo degree celcsius
Answer:
The boiling point of water is dependent on the atmospheric pressure. At very low pressures ( high in the mountains) the boiling point is scarcely above "warm" and at very high pressures (in industrial boilers) it can be several hundred degrees Celsius. At normal pressures (760 mm Hg) it is 100oC
This will depend on the ambient temperature around the boiling water. Boiling water will cool down much faster if the environment temperature is near or below zero (0) degrees Celsius (32 degrees F) (such as if you were boiling water on a fire/stove outside on a cold day) than if you were boiling water on the stove in your house where it might be 15.5-23.8 celsius (60-75 degrees Fahrenheit).
Water boils as fast as you can put heat to it. As the heat of evaporation for water is 2257 kJ/kg, every time you add 2275 kJ of energy 1 kg of water will be turned into vapor.
Water has a set boiling point and water will not boil faster at higher temperatures. Raising the temperature of water only wastes energy
Without injury, water can be too hot to touch when it reaches 130 to 135 degree Fahrenheit. Water will start to boil when it reaches 212 degree Fahrenheit.
sea water boil at 105 c
when lipui water is exposed to 32 f it
Boil the water...
Sea Level: Water boils at 212°F and simmers at 190°F.Tepid Water - 85 to 105°F. The water is comparable to the temperature of the human body.Warm Water - 115 to 120°F. The water is touchable but not hot.Hot Water - 130 to 135°F. The water is too hot to touch without injury.Poach - 160 to 180°F. The water is beginning to move, to shiver.Simmer - 185 to 200°F. There is movement, and little bubbles appear in the water.Slow boil - 205°F. There is more movement and noticeably larger bubbles.Real boil - 212°F. The water is rolling, vigorously bubbling, and steaming.
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.
ummm... hot water and hot water boil at the same rate...
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.
If you heat it enough it will. However, in normal operation, a hot tub does not actually boil water; the bubbles are mainly air.
sometimes it will boil if it is hot enough
Boil it in a pot on a stove.
to get hot
hot plate and a beaker
212 F
212 F
100 degrees Celsius
Yeah,it could boil them...