Particles move most rapidly in stream rather than in boiling water.This is because the molecules of gases are loosely arranged than the molecules of liquids.So there will be more free space for the molecules to move in gases than in liquids.
Saturated water is water that's passed its boiling point yet hasn't evaporated yet. When putting ice water within this boiling-hot water, the heat energy from the boiling water transfers rapidly into the ice water, mixing the two and rapidly changing temperatures.
The Particle theory maintains that particles move more rapidly as they get more warm. As the continue to heat up, they become less dense and move even more. As this process continues, the particles expand and separate which changes their state from liquid to gas.
gas particles move fastly spread apart
No,boiling water does not have oxygen . Cold water molecules move slowly meaning there is space between the molecules for more oxygen to dissolve. Hot water molecules move rapidly meaning the space between the water molecules is less avalible for the oxygen molecues to dissolve into.
Gas particles move quickly, rapidly bouncing off each other. unlike liquid particles that roll over each other, or particles in solids, which constantly vibrate on the spot.The individual atoms or molecules of a gas or vapour are much further apart than they are in a liquid, while atoms or molecules of solids are so close together that they cannot change places, but they can vibrate in their limited space.Its the vibration of such particles that transfers energy within the substance.If a gas becomes hotter its particles vibrate faster, causing expansion, which then creates rising currents called convection currents. Or, if not allowed to expand (as in a pressure vessel) the pressure will increase due to the more rapid and more frequent impacts of the particles against the walls of the vessel.Convection currents also occur in liquids, but cannot occur in solids.When a blacksmith heats his half-made horseshoe it is because when it is hotter the particles are further apart and it is then easier to shape the metal.Gas molecules move randomly, and Gases have high kinetic energy.
no, the particles can reach 111oC, can't they?!?!?!
The particles are moving rapidly
Particles spread out and move rapidly due to the increase in temperature. Movement of particles is dependent on temperature...not the other way around.
A rise in temperature will increase the rate of photosynthesis, but over 40 degrees will rapidly decrease the rate of photosynthesis. I'm not entirely certain, but I would guess about 15-25 degrees is best.
Particles are vibrating rapidly.
Yes.
Raw meet should be kept under 5 degrees centigrade, NOT 35 degrees. Raw meet contains living bacteria and these will make the meet go bad if they are allowed to multiply. Keeping the meet below 5 degrees Celsius slows down the multiplication process of these to a minimum, allowing the meet to be kept. At 35 degrees the bacteria would multiply rapidly and the meet would spoil.
electrons
yes simmer is a light boil where bubbles ofair meat the surface of the liquid ently and often.Where as boil is a violent bubbling where bubbles raise rapidly and meat the surface all the time.When boiling liquids watch out that nothing spits at you.
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
No, heavier gas particles diffuse slower than lighter gas particles
Neptune's average temperature is -330°F. -223 to -220ºC -218 degrees