On Wed, Jan 26, 2011 at 4:04 AM, Stephen A. Lawrence wrote:
>
>
> On 01/25/2011 06:43 PM, David Jonsson wrote:
> > Hi
> >
> > We know that mean root square speed in specific perpendicular
> > directions is like this
> >
> > Vrms^2 = 3 Vrmx_x^2 = 3 Vrmx_y^2 = 3 Vrmx_z^2
> >
> > What is the relation
On 01/25/2011 06:43 PM, David Jonsson wrote:
> Hi
>
> We know that mean root square speed in specific perpendicular
> directions is like this
>
> Vrms^2 = 3 Vrmx_x^2 = 3 Vrmx_y^2 = 3 Vrmx_z^2
>
> What is the relation for the mean linear speed Vavg in specific
> directions?
>
> Could it be like th
Hi
We know that mean root square speed in specific perpendicular directions is
like this
Vrms^2 = 3 Vrmx_x^2 = 3 Vrmx_y^2 = 3 Vrmx_z^2
What is the relation for the mean linear speed Vavg in specific directions?
Could it be like this, that the components can be vector summarized to get
the total
3 matches
Mail list logo