"Jet" <thatjetnospam at yahoo.com> wrote in message
news:3D3A3FCE.269F3BE9 at yahoo.com...
>> Dumbass wrote:
> >
> > "John Knight" <johnknight at usa.com> skrev i melding
> > news:yNm_8.12490$Fq6.1079329 at news2.west.cox.net...> > > "Thalamus" <zhil at online.no> wrote in message
> > > news:Azf_8.897$Py1.16186 at news2.ulv.nextra.no...> > > > "John Knight" <johnknight at usa.com> skrev i melding news:nSVZ8.8881>
> > > >
> > > > John, what is the H04, that is - what is the question of H04 ?
> > > > I'm Norwegian, and we have other standards here.
> > > > This Nigger is harping on it through several posts, and if you could
> > > repeat
> > > > the original question "What is the length..............." etc. - so
I
> > > could
> > > > shut the stupid coon.
> > > >
> > > > Brian
> > >
> > > You can see the original problem at
http://christianparty.net/timssh04.htm
> > ,
> > > Brian, or download the scores from
http://christianparty.net/cisp1295.pdf
> > >
> > > This is one of the 13 multiple choice questions (ONE THIRD of that
test)
> > > where American girls scored lower than if they had just guessed.
> > >
> > > But of course the feminazis can't even figure out what this means, so
> > > they're claiming that we're lying. Maybe you can straighten them out,
> > > because I sure can't.
> >
> > Ok, the problem isn't difficult.
> > F=ma
> > S=vt
> >
> > F=force - downward
> > m=mass
> > a=acceleration
> > v=velocity
> > t=time
> > S=Hight of fall
> >
> > I did it this way, first I said that F=2m(v/t).
> >
> > Then I converted the equation to t=sqr(mS/ma), moving the t to the left
> > side, and the F (ma) to the right side.
> > I used both equations for the object separatly, and ended up with the
same
> > equation t=sqr(S/a).
> > Sqr means square-root of the equation in the parenthesis ().
> > So, the resulting velocity would be the same, as the same time is spent
on
> > the fall, and the tension would be zero.
> >
> > Brian
>> Mensa, my big black ass. The time spent in the fall would not be the
> same, because the higher object started out...higher.
As soon as the lower object hits the ground, the system is no longer
falling.
The answer really should be 0.
