saturation temperature
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I would like to ask: if the pressure remains constant and water is heated until it reaches the saturation temperature corresponding to that pressure, will the temperature of the water change if heating continues? Why?
It remains the same! Vaporize! Until it all turns into dry steam. If heating continues, the temperature will rise and it will turn into superheated steam
Can’t the temperature of the water be changed? If heating continues, isn’t the heat absorbed used for vaporization?
Can’t the temperature of the water be changed? If heating continues, isn’t the heat absorbed used for vaporization?
Can’t the temperature of the water be changed? If heating continues, isn’t the heat absorbed used for vaporization?
Can’t the temperature of the water be changed? If heating continues, isn’t the heat absorbed used for vaporization?
Can’t the temperature of the water be changed? If heating continues, isn’t the heat absorbed used for vaporization?
Yes, until it is completely vaporized, and then when heated further, it becomes superheated steam.
It won’t change; it will boil and undergo a phase change until it evaporates completely
Your assumption is that the pressure remains constant; in other words, the steam is continuously discharged from the boiler outlet to maintain stable pressure, and the water temperature stays unchanged
Consider the equation PV=nRT; you can use this equation to think about it