12-14-2009, 02:14 AM
He said the word "power", so it sounds like he meant:
T^3 / 3 = S^3
You can write this however you want:
T^3 = 3 * S^3
He also said the word "displacement", which makes me think the correct form of the equation is actually the change in each parameter so:
(T2 - T1)^3 = 3 * (S2-S1)^3
So by this formula, this is implying the constant 3 has units of [sec]^3/[m]^3 (using standard SI units from physics). I would be interested in hearing a more detailed description of this relationship, and what it actually means.
T^3 / 3 = S^3
You can write this however you want:
T^3 = 3 * S^3
He also said the word "displacement", which makes me think the correct form of the equation is actually the change in each parameter so:
(T2 - T1)^3 = 3 * (S2-S1)^3
So by this formula, this is implying the constant 3 has units of [sec]^3/[m]^3 (using standard SI units from physics). I would be interested in hearing a more detailed description of this relationship, and what it actually means.