Changes

The Heisenburg Uncertainty Principle applies to sub-atomic particles like electrons only, we cannot know where they are at any given time <s>because of Brownian motion</s>. It does not apply to anything that can be seen without the aid of an electron microscope. Also, entropy doesn't increase, and the Second Law of Thermodynamics merely states that the universe tends towards Entropy. Also, the lack of creation of energy would be the Law of Conservation of Energy, which is present in many parts of Physics beyond the First Law of Thermodynamics. Also, the Earth is not a perpetual motion machine, to argue that it is does not border, plunges headfirst into absurdity and ignorance. Finally, the Earth has been slowing at a rate of about 2.2 seconds every 100,000 years due to frictions, no one considers it a perpetual motion machine. [[User:JanSmuts|JanSmuts]] 16:26, 12 April 2012 (EDT)

The Heisenburg Uncertainty Principle applies to sub-atomic particles like electrons only, we cannot know where they are at any given time <s>because of Brownian motion</s>. It does not apply to anything that can be seen without the aid of an electron microscope. Also, entropy doesn't increase, and the Second Law of Thermodynamics merely states that the universe tends towards Entropy. Also, the lack of creation of energy would be the Law of Conservation of Energy, which is present in many parts of Physics beyond the First Law of Thermodynamics. Also, the Earth is not a perpetual motion machine, to argue that it is does not border, plunges headfirst into absurdity and ignorance. Finally, the Earth has been slowing at a rate of about 2.2 seconds every 100,000 years due to frictions, no one considers it a perpetual motion machine. [[User:JanSmuts|JanSmuts]] 16:26, 12 April 2012 (EDT)

:I don't think that Brownian motion affects sub-atomic particles.  Brownian motion moves things like pollen and dust which are orders of magnitude greater.--[[User:DavidEdwards|DavidEdwards]] 16:44, 12 April 2012 (EDT)

:I don't think that Brownian motion affects sub-atomic particles.  Brownian motion moves things like pollen and dust which are orders of magnitude greater.--[[User:DavidEdwards|DavidEdwards]] 16:44, 12 April 2012 (EDT)

::No, Brownian motion is associated with sub-atomic particles, but has to do with collisions, rather than their placement in shells. It would appear we are both incorrect, my mistake. [[User:JanSmuts|JanSmuts]] 17:02, 12 April 2012 (EDT)

::No, Brownian motion is associated with sub-atomic particles, but has to do with collisions at an observable level, rather than their placement in shells. It would appear we are both incorrect, my mistake. [[User:JanSmuts|JanSmuts]] 17:02, 12 April 2012 (EDT)