Kinetic Molecular concept (KMT) says that a gas is composed of molecules that relocate at a constant and random speed. The collisions in between molecules space perfectly elastic so the no power is wasted.\nThe molecules relocate in directly lines till they collide\nEnergy due to the fact that this motion is expressed as Kinetic energy (KE) which can be recipe as:\n\u00a0
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As the temperature decreases the typical kinetic energy of gas molecules decreases
Kinetic Molecular concept (KMT) states the a gas is composed of molecules that move at a continuous and arbitrarily speed. The collisions between molecules space perfectly elastic so that no power is wasted.
The molecules move in right lines until they collide
Energy due to the fact that this activity is expressed together Kinetic power (KE) which deserve to be recipe as:
The mean kinetic power value is only affected by temperature changes. The greater the temperature, the mean kinetic energy of the molecule increases
This molecule is very small when compared to the distance in between molecules, therefore the volume of gas consists of mostly empty space
Gas particles move randomly (both speed and direction, together a vector)
Average velocities the gases deserve to be expressed together root-mean-square averages.
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R = gas constant, T = temperature, Mm = molar fixed of the gas particles
From this formula shows that the velocity of a gas bit is directly proportional to its temperature. Therefore the higher the temperature, the better the speed, and also the higher the kinetic energy