From: EinsteinGravity.com on 5 May 2010 14:16 A one kilogram lead ball moving through space horizontally at one meter per second for one second is a specific definition of energy. However the visual equation that we physically see for the moving ball is only; Mass x Velocity (Acceleration x Time) x a period of Time. Momentum x Time. Kilogram x Meter kgm as opposed to the complete energy equation of kgm2/s2 Where is the missing factor of ACCELERATION ? www.EinsteinUnveiled.com
From: Androcles on 5 May 2010 14:22 "EinsteinGravity.com" <warmbeach(a)shaw.ca> wrote in message news:b31cfc70-6113-48d1-8837-b4269f36880a(a)r11g2000yqa.googlegroups.com... >A one kilogram lead ball moving through space horizontally What does "horizontally" mean? Where is the horizon in space? Ah wait... I think I know... it's been hidden for so long, right?
From: Sam Wormley on 5 May 2010 16:54 On 5/5/10 1:16 PM, EinsteinGravity.com wrote: > A one kilogram lead ball moving through space horizontally at one > meter per second for one second is a specific definition of energy. m = 1 kg v = dx/dt = 1 m/s a = dv/dt = 0 KE = 1/2 mv^2 KE = 0.5 joules
From: meister1729 on 6 May 2010 01:21 "EinsteinGravity.com" <warmbeach(a)shaw.ca> wrote in message news:b31cfc70-6113-48d1-8837-b4269f36880a(a)r11g2000yqa.googlegroups.com... >A one kilogram lead ball moving through space horizontally Already wrong.
From: eric gisse on 6 May 2010 03:07
EinsteinGravity.com wrote: > A one kilogram lead ball moving through space horizontally at one > meter per second for one second is a specific definition of energy. > However the visual equation that we physically see for the moving ball > is only; > > Mass x Velocity (Acceleration x Time) x a period of Time. > > Momentum x Time. > > Kilogram x Meter > > kgm > > as opposed to the complete energy equation of kgm2/s2 > > Where is the missing factor of ACCELERATION ? > > www.EinsteinUnveiled.com You strike me as the type of person who didn't do too well in the 'physics for artists' course. |