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What would be the temperature of a pot water if you continued heating it for 10 minutes after it already started boiling?
If the water is actively boiling, it is never more than 100 degrees Celsius (212°F).
When water is not boiling (because of pressure or lack of nucleation points), it can become hotter than 100°C, a process known as superheating.
What else can I help you with?
What would the temperature of a pot of water be if you continued heating for 10 minutes after it had already started boiling?
If the water is actively boiling, it is never more than 100 degrees Celsius (212°F).When water is not boiling (because of pressure or lack of nucleation points), it can become hotter than 100°C, a process known as superheating.
Which took more time heating the water from room temperature to boiling point or boiling all the water away?
Boiling all the water away would take more time than heating the water from room temperature to boiling point. This is because during the boiling process, the water needs to be heated from boiling point to overcome the latent heat of vaporization to turn it into steam, which takes more time compared to heating it from room temperature to boiling point.
What would be temperature of a pot of water if you continued heating it for 10 minutes after it had already started boiling?
If the water is actively boiling, it is never more than 100 degrees Celsius (212°F).When water is not boiling (because of pressure or lack of nucleation points), it can become hotter than 100°C, a process known as superheating.
How can one determine the boiling point of a substance?
The boiling point of a substance can be determined by heating the substance and measuring the temperature at which it changes from a liquid to a gas. This temperature is known as the boiling point.
How the boiling point can be identified from a heating curve?
The boiling point can be identified on a heating curve as the point where the temperature plateaus while heat is continuously applied. During this phase, the substance transitions from a liquid to a gas, causing a constant temperature despite the increase in heat. This plateau indicates that the energy is being used for the phase change rather than increasing the temperature. The boiling point is the temperature at which this transition occurs.
What are the signs that a liquid has reached its boiling point?
Oh come one -_-''Its obviousBubbles of vaporised liquid will formThe temperature of the liquid when boiling will remain constant even when more heat is applied.As the liquid is heated, the vapour pressure increases until it equals the pressure of the gas above it.
What are the difference between stewing and boiling?
I think stewing is lower temperature and longer time, and boiling is higher temperature and shorter time.
What is the same about evaporating and boiling?
Both involves heating thesurface of the liquid for a particular temperature an when the liquid attains boiling point it gets boiled whereas when it attain s evaporation temperature it gets vaporised
What effect does an increase in the heating rate have on the boiling temperature during a distillation?
An increase in the heating rate during distillation can lead to a higher boiling temperature of the liquid mixture. This happens because rapid heating can cause a more significant pressure buildup in the system, potentially elevating the boiling point. Additionally, faster heating may disrupt the equilibrium between the vapor and liquid phases, resulting in less efficient separation of components. Consequently, careful control of the heating rate is essential for optimal distillation performance.
What is the Process of converting a substance from its liquid phase to its gaseous phase?
Heating it to a temperature ABOVE its Boiling Point.
How can you tell the boiling point of an element?
The boiling point of an element is the temperature at which it changes from a liquid to a gas. You can determine the boiling point of an element using a thermometer and a heating source. When the element reaches its boiling point, you will observe a constant temperature signifying the transition to a gaseous state.
Why does the temperature remain constant at the transition temperature even though heating is continued?
At the transition temperature, the heat goes into causing the change in state. Once the change in state is complete, the temperature will change.
