At sea level, water boils at 100 °Celsius (212 °Fahrenheit).
The boiling point of water is 100 degrees Celsius
A perverse observation is given the name of Mpemba Effect, in which a warm liquid freezes more quickly than a cool one. An on-line encyclopedia should list thehistory and the explanations. The effect is real and repeatable. [The associated story I most like was of the professor's lab assistant being asked for the results of his investigations so far. His response was "So far, sir, the warm liquid has always frozen faster than the cool one, but I will repeat the experiment until I get the right answer.']
The height from which you fall into water can be dangerous if it is more than 50 feet, as the impact can cause serious injuries or even death.
Amplitude is a measure of how big a wave is –a measure of how far a wave rises above its resting point. Imagine it as the "height" of a wave. The larger the amplitude, the taller the wave is.
Can be anywhere from warm (90 F) to boiling (212F). Depends on the geothermal energy heating the water, how much water flows through the heating area (more is cooler) and how far the water travels. Some hot springs in Alaska are comfortable to swim in, some is Iceland are so hot you can cook eggs in them.
The boiling point of water is 100 degrees Celsius
It is the water boiling temperature under atmospheric pressure.
Oxygen has the lowest boiling point of these. It is far below the boiling points of the others.
"Oxoygen" is not a chemical term. Oxygen does indeed have a boiling point, far below standard temperature.
When you have a solid in water, it tends to raise the boiling point of water over 100oC. In addition to this, if you go far past 100oC, you would be effectively be dealing with molten sugar which can reach higher temps in liquid form than water (mp is ~170oC alone as far as I remember)
The boiling point of Venus isn't a straightforward concept because it has a thick atmosphere primarily composed of carbon dioxide, with clouds of sulfuric acid. The surface temperature on Venus averages around 467°C (872°F), which is far above the boiling point of water. Thus, any water would be in a gaseous state at these temperatures, and the extreme pressure (about 92 times that of Earth's) also affects the properties of substances. Therefore, while water cannot exist as a liquid on the surface, the conditions create a unique environment where typical boiling point definitions don't apply.
Several things: First, what are you trying to boil? Different solutions have different boiling points based on their chemical composition. If you mean water, you can drop the boiling point by adding solutes to the water (salt, sugar, etc). Also, the altitude at which you are trying to boil the water can affect it's boiling point (due to vapor pressure). But Billy is cooler than
Yes, there is a point under the sea called the Challenger Deep in the Mariana Trench where the pressure is so high that water can reach a temperature of 0°C (32°F) and still remain liquid without boiling. This phenomenon occurs due to the extreme pressure at such depths suppressing the boiling point of water.
Boiling is way far outside its operating range.
The temperature at and near the surface is greater than 0° Celsius (freezing point of pure water), and lower than 100° Celsius (boiling point of pure water). The atmospheric pressure is high enough to maintain the effective boiling point below the maximum surface temperature (about 67° Celsius), up to an altitude of at least 35,000 feet. There is also a volume of water far greater than the water vapor capacity of the atmosphere at average temperatures.
Under normal atmospheric pressure, pure water boils at 100 degrees Celsius. However, if water is subjected to higher pressures, its boiling point increases; for example, in a pressure cooker or deep-sea environments, water can boil at temperatures above 100 degrees Celsius. A boiling point of 1015 degrees Celsius would require extremely high pressure, far beyond typical conditions found on Earth. Thus, while theoretically possible under specific conditions, such a boiling point is not practical or achievable in ordinary circumstances.
Water does boil at 212º Fahrenheit (100º Celsius) at the PRESSURE AT SEA LEVEL! The lower the pressure (higher altitude) the lower the boiling point of water. Or, if the pressure is manipulated, you can boil water at room temperature in a vacuum (lower pressure) using a bell jar and vacuum pump. As most cooks know, if water has a salt (say table salt) dissolved in it, it will slightly lower the boiling point of water at the same pressure/temperature conditions.