[DOC] [TLE] E=mc^2 - An Explanation of the Basics and Units [PAR] ... to denote particular physical entities, quantities and constants in equations. In 
order for the equation to be correct we need to "square" the term c (the ... So, if 
you have a light bulb in your room that's rated at 100W it's using energy at a rate 
of 100 joules every second. ... We use the letter c to represent the speed of light. [DOC] [TLE] When you said E=mc^2, what does the c stand for? - PhysLink.com [PAR] In the Einstein's famous equation: E=mc2. E stands for the energy of the object in 
question. m stands for it's mass, and c stands for the speed of light in vacuum, [DOC] [TLE] In E=MC2, what does C stand for? | Yahoo Answers [PAR] Dec 21, 2008 ... This equation finds out the amount of Kenetik energy in something. ... The speed 
of light, sometimes known as "C" (as in E=MC2), is a constant of the Universe. ... 
Important to note though, c represent the speed of light only when in an ... To stop 
something in motion its weight (mass) multiplied by the speed... [DOC] [TLE] What is the significance of E = mc2? And what does it mean ... [PAR] Ronald C. Lasky, director of the Cook Engineering Design Center at Dartmouth 
College, ... It is the most famous equation in the world. ... However, in order to 
keep the center of mass constant, since the box has moved, some mass ... Its 
momentum, Pphoton, is equal to its energy divided by the speed of light: Pphoton 
= E / c. [DOC] [TLE] E=mc2 - American Museum of Natural History [PAR] In Einstein's first paper about energy and mass, E=mc2 doesn't actually appear 
anywherehe originally wrote the formula as m=L/c2. What happened? Einstein
... [DOC] [TLE] What is the explanation of e=mc2? | Reference.com [PAR] The equation, E = mc, from Albert Einstein's paper on special relativity, states 
that energy is equal to mass multiplied by a squared constant representing the 
speed of light. ... A: The c in Einstein's famous equation stands for the speed of 
light. ... and the amount of energy in a portion of matter equals its mass times th. [DOC] [TLE] A Fun Way of Understanding E=mc2 - Universe Today [PAR] This seemingly simple algebraic formula represents the correlation of energy to 
matter (energy ... c represents the speed of light. ... kilograms), if you multiply it by 
the speed of light squared (3.00108)2, you get its energy equivalence (Joules). [DOC] [TLE] Massenergy equivalence - Wikipedia [PAR] In physics, massenergy equivalence is a concept formulated by Albert Einstein 
that explains the relationship between mass and energy. It expresses the law of 
equivalence of energy and mass using the formula ... When the body is in motion 
(relative to an observer), its total energy is greater than its rest energy. The rest... [DOC] [TLE] What does Einstein's famous equation really mean? | HowStuffWorks [PAR] Einstein's equation E=mc pops up on everything from baseball caps to ... 
Furthermore, it's essential to remember that there's a set amount of energy/matter 
in the universe ... The c stands for the speed of light, a universal constant, so the 
whole... [DOC] [TLE] Why is c in E=mc^2? - Quora [PAR] The value c in the equation E = m c 2 is not the "speed of light": it is a much more 
fundamental ... Why c? In Einstein's Equation E=mc2. Is it the speed of light in a 
vacuum, is it the speed of ... So c is in the famous equation because it is a 
fundamental constant in the .... Forget for a moment that c represents the speed of 
light. [DOC] [TLE] Why is <i>c</i> the symbol for the speed of light? - University of ... [PAR] There

Question: In the equation E=mc2, it's the constant that "c" represents
Answer: the speed of light