Gas particles are in a permanent and chaotic motion.
yes
true
False.
Yes, temperature in the air has more moisture content . Due to the condensation of particles in the humidity liberates the particle which has high heat particles which increases the temperature.
Perhaps. Temperature does not apply to quantum mechanical objects like particles. It applies to populations, such as a "mote" / body / air mass / planet / etc. There it means the individual atoms / molecules are moving with such-and-such an average speed. When dealing with a particle, it is better to refer to its kinetic energy.
By heating and cooling more slowly than land or air
Smaller molecules diffuse readily.
Particles in the gaseous state move at a very high rate and have a large effect on each other. Particles on a liquid state move slower but still have a measurable effect on each other. Particles in a solid state move very slowly and have little effect on each other.
Not precisely. A temperature can't have particles. A substance which is at a high temperature has particles which are moving fast.
convection
Yes if you put it on a high temperature.
false
true
Yes, temperature in the air has more moisture content . Due to the condensation of particles in the humidity liberates the particle which has high heat particles which increases the temperature.
Because melting occur at high temperature; at this temperature bonds between particles are weaker.
Kinetic theory is when a high number of particles such as temperature, viscosity and volume that move randomly colliding in different directions. The speed of particles has an impact on temperature and gas pressure.
Temperature is a measure of energy and if the particles in a substance are vibrating quicker then it has more energy and gets hotter.
false. False. Mercury is a metal, yet is in liquid form (melted) at room temperature.
High temperatures are recommended for cooking. It can all depend on what you are planning to cook.
False