An extreme example of Brownian Motion. Energetic molecules would be repelling each other in agitation and colliding. Those that accumulate enough energy would escape as gas and vapor (steam). The energy of the particles is that they bounce off of each other making more and more energy
When a liquid reaches the boiling point, the particles (molecules) are vibrating and moving very rapidly, and they achieve a vapor pressure equal to or greater than the atmospheric pressure. They can then escape the liquid phase and turn into a gas.
particles move randomely
Concentrated. concentrated solutions is completely ionized. The colligative property that is boiling-point states that it will increase as the number of particles increases. Diluting a concentrated substance lessens the number of particles making it obviously lower in bp
Boiling point is described as the point at which vapor pressure is equal to atmospheric pressure. Adding sodium hydroxide into boiling water would increase the boiling point of the solution (it would be a solution if you add the NaOH into it). This is due to the addition of ionic particles. The addition of ionic particles blocks the path for water molecules to escape from the solution. Therefore, it would take longer for vapor pressure to equal atmospheric pressure. Similarly, there would be a high boiling point in lower altitudes than in higher altitudes due to the differences in atmospheric pressure. In lower altitudes, it would be harder to reach boiling point due to more atmospheric pressure. Meanwhile, at higher altitudes, it would be easier to reach boiling point due less atmospheric pressure.
the boiling point of platnium is 2500c
boiling point is always lower.
The boiling point is 84,64 oC.
Short Answer: Their Chemical properties; such as freezing point, melting point and boiling point.
well acuttaly a boiling point is higher because the boiling point is at 100 degrees and like so a melting point is a 0 degrees and a boiling point the particles spread out quicker but the melting point the particles are a strong bond so cannot be squahsed and are at a lower rate of temprrature/heat
When it reaches its boiling point.
Yes. Not by more than a few degrees Centigrade, though. It's a matter of adding particles to the water. The type of particles is largely irrelevant, but the particles must be heated as well, increasing the boiling point, depending on the amount of particles added.
how do particles behave in a solid state
It imparts to them more kinetic energy.
Boiling point is dependent from pressure. Solutes also have a great impact on the freezing and boiling point.
No. Salt makes the freezing point of water lower and the boiling point higher. The particles of salt get in the way of crystal formation when freezing. They also get in the way of particles trying to escape when boiling.
It is not true; evaporation occur at the surface of a liquid and the temperature is under the boiling point.
The melting or the boiling point.
Yes; the boiling point is the same for table salt and table sugar. The boiling point of the water will increase by the same amount based on the number of particles of solute in the solution.
The freezing point of water decreases when the number of dissolved molecules (or better particles) in the solvent increases. This is called freezing point depression and you can easily find the relation between the quantity of particles dissolved and the freezing point on Wikipedia.