At 07.11.2003 (00:24), Thomas W Blackwell wrote:
JB and Michael -
But I will guess that the
data come from a high school physics experiment on gravitational
acceleration which drops a weight dragging a paper tape through
a buzzer with a piece of carbon paper in it. This prints periodic
marks on
(1)
So finally, thank to your help I have this:
summary(lm(x ~ 0+I(t^2)))
And then I get this result:
=
Call:
lm(formula = x ~ 0 + I(t^2))
Residuals:
Min 1Q Median 3QMax
-3.332e-02 -9.362e-03 1.169e-05 1.411e-02
JB == JB [EMAIL PROTECTED] writes:
(1) So finally, thank to your help I have this:
summary(lm(x ~ 0+I(t^2)))
[...]
Would you post your data set? It is hard for me to sort out what
is going on without seeing the input.
Regards, Mike
__
JB and Michael -
I'm coming into this without having reviewed the earlier emails
(if there are any) in this thread. But I will guess that the
data come from a high school physics experiment on gravitational
acceleration which drops a weight dragging a paper tape through
a buzzer with a piece of
At 07.11.2003 (00:24), Thomas W Blackwell wrote:
JB and Michael -
But I will guess that the
data come from a high school physics experiment on gravitational
acceleration which drops a weight dragging a paper tape through
a buzzer with a piece of carbon paper in it. This prints periodic
marks on
