deda
Mar28-04, 03:15 AM
The conservation of geometry for lever in equilibrium has two parts:
|F + \epsilon D| = const that is conservation of force which reads: “For every particle in the lever the absolute value of the sum of its current force and the force stored in its distance must be the same”. In other words it’s conservation of potentials.
|D + \lambda F| = const that is conservation of distance which reads: “For every particle in the lever the absolute value of the sum of its distance and the distance stored in its force must be the same”. In other words it’s conservation of punctuations.
|F + \epsilon D| = const that is conservation of force which reads: “For every particle in the lever the absolute value of the sum of its current force and the force stored in its distance must be the same”. In other words it’s conservation of potentials.
|D + \lambda F| = const that is conservation of distance which reads: “For every particle in the lever the absolute value of the sum of its distance and the distance stored in its force must be the same”. In other words it’s conservation of punctuations.