No. Water particals and all particals for that matter increase in vibrational speed when heating up and decrease when cold causing it to solidify, and technically there is no physical existence of cold, just the absence of heat, just like there is no dark just the absence of light
Particles will move more slowly at lower temperatures.
the particles are given more energy.
Heat energy is a measure of how fast particles of matter are vibrating. As more energy goes into the matter, the particles vibrate faster. At some point (it is different for each material) the particles move fast enough to change phase. When water boils, the particles change state from liquid to gas.
The will move more slowly,
False, when water is boiled the water particles actually start to bounce. The particles start to move rapidly bouncing off each other and the object they are inside. Ice the particles slow down and start to get closer and become solid form.
it gets hot
the particles in liquid move around slowly in the liquid
slow
The particles of water move about faster because they have more energy. This action overcomes the electrostatic attraction slightly more than before spreading the particles out making the water expand.
Particles will move more slowly at lower temperatures.
Yes.
To demonstrate this, you could heat water (heating it allows the particles to move faster) and you will see as it boils bubbles on the top, showing that particles are constantly moving however in this case you have sped them up.
Yes.
the particles are given more energy.
Heat energy is a measure of how fast particles of matter are vibrating. As more energy goes into the matter, the particles vibrate faster. At some point (it is different for each material) the particles move fast enough to change phase. When water boils, the particles change state from liquid to gas.
Water particles move in circles
The will move more slowly,