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62 bytes added ,  03:47, January 20, 2013
→‎Nuclear Energy: constant = 1
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:--[[User:AugustO|AugustO]] 16:14, 19 January 2013 (EST)
 
:--[[User:AugustO|AugustO]] 16:14, 19 January 2013 (EST)
 
:::I will try one last time to explain this.  Suppose that blowing up an atomic bomb with 1 lb of Uranium releases x amount of energy, and blowing up an atomic bomb with 2 lbs of Uranium releases 2x amount of energy, and blowing up an atomic bomb with 3 lbs of Uranium releases 3x amount of energy. Could we then conclude that the energy released by the atomic bomb was proportional to its mass?  (If we invented a new unit of measuring energy "the Wschact" where one Wschact equaled the amount of energy released by converting one kg of uranium into energy), the equation would be: E (in Wschact units) = m (mass in kg)
 
:::I will try one last time to explain this.  Suppose that blowing up an atomic bomb with 1 lb of Uranium releases x amount of energy, and blowing up an atomic bomb with 2 lbs of Uranium releases 2x amount of energy, and blowing up an atomic bomb with 3 lbs of Uranium releases 3x amount of energy. Could we then conclude that the energy released by the atomic bomb was proportional to its mass?  (If we invented a new unit of measuring energy "the Wschact" where one Wschact equaled the amount of energy released by converting one kg of uranium into energy), the equation would be: E (in Wschact units) = m (mass in kg)
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::: The proportionality constant would be 1 (Wschact per kg).
 
::: Is it possible that (for some liberal claptrap reason) we could define the metric system of energy units in a way that the proportionality constant was set equal to a number that equals the speed of light squared? But because energy is measured in Joules, we have E =mc<sup>2</sup>, where c<sup>2</sup> converts between Wschacts and Joules.  
 
::: Is it possible that (for some liberal claptrap reason) we could define the metric system of energy units in a way that the proportionality constant was set equal to a number that equals the speed of light squared? But because energy is measured in Joules, we have E =mc<sup>2</sup>, where c<sup>2</sup> converts between Wschacts and Joules.  
 
:::Any kid would agree that if you double the size of a bomb, the explosion would be twice as powerful.  So this is a very intuitive equation. I hope this helps. Thanks, [[User:Wschact|Wschact]] 21:43, 19 January 2013 (EST)
 
:::Any kid would agree that if you double the size of a bomb, the explosion would be twice as powerful.  So this is a very intuitive equation. I hope this helps. Thanks, [[User:Wschact|Wschact]] 21:43, 19 January 2013 (EST)
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