At 100 degree Celsius water reach to the boiling point in the kettle, this is because bonds between the molecules. That's why every solid have different melting/boiling point, for example (diamond melt at more than 3500 degree Celsius.
According to Fahrenheit scale boiling point of water is defined as 212 °F
It reaches 100 degrees Celsius.
Water in a pot will evaporate at any temperature. The rate of evaporation will increase with the temperature and at some temperature will a stage where steam bubbles form at the bottom of the pot. This depends on the pressure, evenness of the pot and factors other than just the temperature.
Supplies: Water, salt, stove pot, stove, 1 cup measuring cupWARNING: Doing this experiment can be dangerous! Bring a parent who cares.Steps:1: Fill the stove pot with 5 cups of water.2: Place the pot on the stove.3: Have a parent turn on the heat of the stove at 212 degrees Fahrenheit.+: The water will boil.4: Empty the stove pot.5: Refill the pot with the exact same amount of water you did earlier. (5 cups)6: Place the pot on the stove.7: Ask a parent to turn on the heat of the stove at 212 degrees Fahrenheit.+: Does the water boil? If it doesn't, try boiling it at 217.Record your information on a piece of paper. Don't get the paper wet!(Or you. Or your parent.)
You can boil chicken legs in a pot to which water and some salt has been added. You can also make a stock by adding sliced onions, carrots, and celery in the pot. The water should cover the leg pieces, and then you should allow the water to boil for about 20 to 25 minutes. Check to see if the internal temperature of the chicken is 165 degrees Fahrenheit before removing the leg pieces from the pot.
Yes. Water boils at a given temperature (depending on pressure) regardless of how it is measured. It is true that a Fahrenheit degree is not equal to a Celsius degree, but 212 °F is the same as 100 °C. They're the same temperature, the same amount of "hotness" or "heatedness" as each other.Here's an experiment. Two pots of water are put on two adjacent burners of a stove and brought to a boil. Doesn't it make sense that the water in either pot is as hot as the water in the other? If the temperature of one pot is measured with a Fahrenheit thermometer, and the other with a thermometer that reads in degrees Centigrade, the temperatures are different, but that's because of the different scales of the thermometers. The water in one pot is just as hot as the water in the other.212 F is boiling
To boil the water, most commonly used is a tea pot. Otherwise, you could use a small pot, and some people put a mug full of water into a microwave to boil, too.
Heat can make water boil, like when you put a pot of water on the stove on high!
Boil it in a pot on a stove.
PUT THE WATER IN THE POT, PUT THE HEAT ON, AND WAIT.
You put water in the bottom of a pot, and a steamer dish on the top of the pot. Set the pot stickers in the steamer, place on a lid, and bring the water to a boil. After several minutes of steaming, they will be done.
The sea was boiling but I held my course! Are you going to watch that pot until it is boiling? The boiling temperature of water is somewhere around 110 degrees Fahrenheit.
There are some conditions that can turn the result either way, but probably it will boil faster in the bigger pot. The bigger pot offers a greater surface for heat transfer, so it should boil faster there.
By putting the water in a pan/pot and then hold the pan/pot over the fire until hot :)