-=> Quoting Richard Meic to Stephen Williamson <=-
 RM> Okay, v = ma (v=velocity, m=mass, a=acceleration) is the velocity
 RM> equation.
Umm, I don't think so...  velocity = distance over time (v=d/t), methinks.
Mass times acceleration gives you an object's weight in newtons (N).
On Earth, acceleration due to gravity is 9.80 m/s^2...
 RM> Give me an equation of momentum.I may be able to understand
 RM> momentums relation in all this if I had an equation to look at and play
 RM> with. :D 
momentum = mass times velocity (p=mv)
 SW> But the whole reason I butted
 SW> in was because my understanding of momentum was that it relied
 SW> upon mass.  This was incorrect in the case of light.  Feel free
 SW> flame my ignorance. :)
 RM> Feel free to flame mine as well, for did we not BOTH stumble on this?
Lately I'm feeling like I'm stumbling into everything. ;)  Have you
ever gotten the impression that somebody is just waiting and hoping for
you to screw up?   
 RM> Hava a happy Yule.
Danke.  Same to you. :)
        Wassail,
                Stephen "Ravenwing" Williamson
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