# Relativity Test Project

#1

This post was flagged by the community and is temporarily hidden.

#2

This post was flagged by the community and is temporarily hidden.

#3

if you gradually lower the speed value and a turn value it would look like what you are describing.
like" turn R1 degrees" increase value L1 by -1
turn L1 degress, increase value R1 by -1
repeat until it stops turning

and lower the speed value each time R1 or L1 value is lowered.

#4

This post was flagged by the community and is temporarily hidden.

#5

forgot to say make sure the R1 and L1 values are the same to start with
like set R1 to 90
L1 to -90
R1 value has to be lowered by 1 at end of a turn
L1 value has to be increased by 1 at end of a trun
until both are 0

#6

This post was flagged by the community and is temporarily hidden.

#7

This post was flagged by the community and is temporarily hidden.

#8

try asking @oio he's more into physics.

#9

This post was flagged by the community and is temporarily hidden.

#10

Thanks. i'm more into entertainment than accuracy-precision like @oio

#11

This post was flagged by the community and is temporarily hidden.

#12

I can try to help, but first I have to ask to be certain: Do I understand correctly that you want to account for relativistic effects in a tire swinging from a tree... as in, Einsteinian relativity?

#13

This post was flagged by the community and is temporarily hidden.

#14

Ha.

Ok... well, the thing is, you're not gonna see any effects. At least not on any tree tire swing that I can imagine.

The common measure for whether you've got a GR effect is (v/c)^2, or (beta)^2. You're gonna have an infinitessimal beta, here. Alternately, the gamma which is one over the square root of (1+beta^2) is not going to be much different from 1, out to many, many, many places.

So, what's the...

Are you looking for length contraction? Mass change? Time dilation?

#15

This post was flagged by the community and is temporarily hidden.

#16

Does this happen to have anything to do with the slowing of the swing? I think we might be talking about the wrong subject.

That is, I think what you want is a damped harmonic oscillator...
Maybe?

That would also be cool, by the way...

EDIT: Ok, so, not seeing a reply. I need to go take care of some other chores, while you're thinking about that one. If you'd like me to code or to explain a damped harmonic oscillator, let me know. It's not hard.

#17

This post was flagged by the community and is temporarily hidden.

#18

No problem. I had some stuff to take care of as well. So, if I get it better now, you just want your tire swing to "slow down" (which really means that its amplitude falls). Is that right?

#19

Just like exeleration in gravity, but decreased by different value, and negative
Is that what you mean?

#20

This post was flagged by the community and is temporarily hidden.