Molecular motion is how atoms move. They will move differently depending on what kinds of energy are stimulating it and these motions are measured using temperature.
A measure of the rotational and transitional movement of molecules. It is useful in predicting many important diffusion-limited properties of food.
Convection
When the temperature increases during a chemical or physical change the molecular movement increases. This means the molecular movement is faster. If the temperature decreases the molecular movement decreases. This means the molecular movement is slower.
No molecular motion only ceases when the temperature is at absolute zero. The molecules have retained their kinetic energy although they are at equillibrium.
On the Kelvin scale, zero is the temperature at which there is no atomic or molecular motion.
Me no English
Lethargic
The transfer of heat through a fluid (liquid or gas) caused by molecular motion.
The solid state has the least molecular motion.
The direct transfer of molecular motion through solids is called conduction
basically your egg donar that which you formed and 9 months later came out of, has been 'riding the d train' of every man she meets.
Molecular distance is the furthest and the motion is the fastest in gases. Molecular distance is closer and have much slower motion in liquids. Molecular distance is closest and the molecules move very very slowly (kind of just shake) in solids.
The average speed of the random molecular motion increases. The corresponding increase in molecular kinetic energy accounts for what happened to all of that heat energy.
That is called Brownian motion.
When the temperature increases during a chemical or physical change the molecular movement increases. This means the molecular movement is faster. If the temperature decreases the molecular movement decreases. This means the molecular movement is slower.
No molecular motion only ceases when the temperature is at absolute zero. The molecules have retained their kinetic energy although they are at equillibrium.
On the Kelvin scale, zero is the temperature at which there is no atomic or molecular motion.
It is not known and, thanks to Brownian motion, it cannot be known.
Chemical traces of ancient organisms are called molecular fossils