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What else can I help you with?
Does it take more energy to heat water at room temperature to 212 f?
Yes, it requires more energy to heat water from room temperature to 212°F compared to raising its temperature by a few degrees within the same temperature range due to the phase change from liquid to vapor at 212°F (boiling point). This phase change requires additional energy to break the hydrogen bonds holding the water molecules together, known as latent heat.
Does water get any hotter if you keep heating it past 100 degrees?
Water does not get hotter than 100 degrees because of a heating curve. During a phase change (in this case vaporization) the temperature remains the same. Once the phase change is complete the temperature will continue to rise but the water will have been completely evaporated. So no, water can not be heated to more than 100 degrees Celsius.
When a substance absorbs heat its molecules move faster and it?
And farther apart, and it changes phase: ice to water, water to gas,
What is water in its normal phase?
The question is meaningless. The "normal" phase of water depends on the temperature and pressure conditions it's under. On Earth at "reasonable" temperatures and pressures, it can be a solid, a liquid, or a gas; none of these is inherently more "normal" than any of the others.
What are the three phases of matter in the case of water?
It is not entirely correct to talk about "the" three phases. There are actually more than three phases of matter. In the case of water, the three "main" phases are called: "ice" (for solid water), "liquid water" or just "water" for the liquid phase, and "water vapor" for the gaseous phase. In the case of water, and many other substances, there is also a "supercritical" phase (among others). I don't think this one has a special name, in the case of water. The supercritical phase is used for dry cleaning; although it is more common to use carbon dioxide for this purpose, since it requires less temperature and pressure.
What is the property which primarily controls how much water can be present as a gas?
The property that primarily controls how much water can be present as a gas is temperature, which influences the water vapor pressure in the air. Warmer air can hold more water vapor compared to cooler air.
How light intensity effect evaporation?
Higher light intensity increases the temperature of the water, which in turn increases the rate of evaporation by providing more energy for water molecules to escape from the liquid phase into the vapor phase. Consequently, greater light intensity accelerates evaporation.
The temperature at which the particles of a substance have more kinetic energy to transform is?
The temperature at which the particles of a substance have enough kinetic energy to transform from one phase to another is called the phase transition temperature. This temperature varies depending on the substance and the phase transition, such as melting, boiling, or freezing.
Why does the boiling point of water rise if salt is present?
The salt reduces the number of water molecules from escaping the surface into the air. Thus, the water has to be at a higher temperature to be able to push the salt molecules aside and finally reach the surface and evaporate.
What is the effect of temperature on water?
the effect of temperature on water is that when the temperature increases the water particles move faster and when moove too fast the water evaporates. but when the temperature decreases, the particles move slower, creating no heat and the water freezes. (:
What are the two phases of a colloid?
The two phases of a colloid are the dispersed phase (the particles that are distributed throughout the dispersion medium) and the dispersion medium (the substance in which the dispersed phase is suspended).
How does the vapor pressure of a substance change with temperature?
The vapor pressure of a substance increases with temperature. As the temperature rises, more molecules have enough energy to escape from the liquid phase and enter the gas phase, leading to an increase in vapor pressure.
