- #1
Marmoteer
- 8
- 0
Hello everybody!
This is the derivation (for a single particle).
[tex]
\tau = F_{\perp }r
\ = ma_{\perp}r
\ = \alpha mr^2 \\
\text{if }\
\tau = I\alpha
\text{ where } I \text{ is resistance to accleration then } \\
I = mr^2
[/tex]
I'm curious what the problem with this is because I haven't seen it in any of my physics texts (serway and university at least). I also haven't seen it on the interwebs very much.
Thanks for reading.
This is the derivation (for a single particle).
[tex]
\tau = F_{\perp }r
\ = ma_{\perp}r
\ = \alpha mr^2 \\
\text{if }\
\tau = I\alpha
\text{ where } I \text{ is resistance to accleration then } \\
I = mr^2
[/tex]
I'm curious what the problem with this is because I haven't seen it in any of my physics texts (serway and university at least). I also haven't seen it on the interwebs very much.
Thanks for reading.