Particle Velocity Calculator is a flexible tool to use and provides the particle velocity given other input parameters such as temperatre, mass. All you need to do is enter the mass, temperature of any gas and then tap on the calculate button to get average velocity of a gas particle quickly.
Particle Velocity Calculator: Wondering how to calculate the average velocity of gas particle? Then, without any further delay try considering our Particle Velocity Calculator and make the most out of it. Read on to know about Particle Velocity Definition, Formula, Procedure for Calculating the Average Velocity of a Gas Particle, etc. In addition, you can learn about Maxwell-Boltzmann Distribution along with its formula explained clearly.
Particle Velocity is defined as the velocity of a particle in medium as it transmitts a wave. It is also known as Maxwell-Boltzmann Equation or Distribution.
As per the Newton's Equation of Motion the particles in a gas move and collide with each other. However, the Order of Avogadro number 10^23 makes it impossible to trace the particle motion. So, we use the temperature to describe the gas particles.
If you were asked on what is the speed of a particle in gas then Maxwell-Boltzmann distribution answers your question pretty well. The Probability of a Particle having Velocity v is given by f(v) = (m/(2π*k*T))^(3/2) * 4π*v² * Exp(-m*v²/(2*k*T))
According to the Maxwell-Boltzmann Equation we can get the formula for Average Velocity of a Particle in gas by the equation
If we were to pick a random particle from gas then it has a velocity
Go through the simple measures provided below to easily find out particle velocity. They are in the below fashion
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1. What is the Particle Velocity Formula?
The Formula for Particle Velocity is v = (8*k*T/(π*m))^(1/2)
2. What is meant by Particle Velocity?
Particle Velocity is nothing but the velocity of a particle of a medium when it transmits a wave.
3. What does Particle Velocity depend on?
Particle Velocity depends on the time and where the particle is.