During boiling, the temperature does not increase because the heat energy is being used to convert the liquid into vapor rather than raise the temperature. This phase change from liquid to gas requires energy, known as latent heat, which keeps the temperature constant. Once all the liquid has been converted into vapor, further heating will then increase the temperature.
When a substance reaches its boiling point, the energy supplied to the substance is used to overcome the intermolecular forces holding the substance together rather than increasing the temperature. This causes the temperature to remain constant until all the substance has turned to vapor.
How salt effects the boiling point of water is that if you add salt to water then the temperature will get higher because salt helps it get hotter. It helps it get hotter by the ingredents in the salt and more heat there is the more it boils and the more it boils the hotter temperature.AnswerHow salt effects the boiling point of water is that if you add salt to water then the temperature will get higher because salt helps it get hotter. It helps it get hotter by the ingredents in the salt and more heat there is the more it boils and the more it boils the hotter temperature.
Yes, the Earth's mantle can reach temperatures of up to 1300-3300 degrees Fahrenheit, which is significantly hotter than boiling water at 212 degrees Fahrenheit.
Metal conducts heat better than wood, so a metal spoon will absorb heat more quickly from the boiling water, making it hotter to the touch. On the other hand, wood is a poor conductor of heat, so a wooden spoon will not get as hot as quickly in the same boiling water.
No, the water will not be hotter the second time you boil a kettle. Once water reaches its boiling point at 100 degrees Celsius, it cannot get any hotter unless it is under pressure. Boiling water multiple times will not increase its temperature beyond 100 degrees Celsius.
For a given substance, yes, it's gaseous form is hotter than its liquid form. However, you cannot say that a gas, of any substance, is generally hotter than a liquid of some other substance. Different substances have different boiling points. The boiling point for Nitrogen, for example, is well below the boiling point of water, and even below the freezing point of water. So you cannot say that Nitrogen gas is hotter than liquid water.
Boiling water.
When a substance reaches its boiling point, the energy supplied to the substance is used to overcome the intermolecular forces holding the substance together rather than increasing the temperature. This causes the temperature to remain constant until all the substance has turned to vapor.
Boiling oil because it boils at a higher temperature
It remains constant because the energy that it being put in to make it hotter is not making it hotter it is now being used to break the bonds that hold atoms together. This is called LATENT HEAT.
How salt effects the boiling point of water is that if you add salt to water then the temperature will get higher because salt helps it get hotter. It helps it get hotter by the ingredents in the salt and more heat there is the more it boils and the more it boils the hotter temperature.AnswerHow salt effects the boiling point of water is that if you add salt to water then the temperature will get higher because salt helps it get hotter. It helps it get hotter by the ingredents in the salt and more heat there is the more it boils and the more it boils the hotter temperature.
You can heat water by boiling it either on the stove or using an electric kettle. Adding anything to water will not make it hotter, but boiling it will increase its temperature.
because steam is boiling water is hot it turns into a gas therefore you get steam
Adding energy to a liquid at 20 degrees Celsius will increase its temperature, causing it to heat up. As it reaches its boiling point, the liquid will undergo a phase change and turn into a gas.
Because steam is hotter than boiling water.
no.. Syrups are more viscous so require higher temprature to boil
No.