Help With Physics: Is E=MC2 Just F=MA?

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E=MC² and F=MA represent different concepts in physics, with energy and force not being directly convertible. While both equations involve mass (M), E=MC² relates energy (E) to mass and the speed of light (c), which is squared, indicating a relationship to velocity rather than acceleration. The units of c² are velocity squared (m²/s²), distinguishing it from the acceleration (A) in F=MA. Understanding these distinctions is crucial for grasping the fundamental principles of physics. The discussion clarifies the misconceptions surrounding the equivalence of these two equations.
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I'm not very good at physics and I was wondering if someone could help me..

My question is:- Is E=MC2 just F=MA?

E and F are the same since one can be converted to the other.. M is the same.. Is the C^2 just the theoretical acceleration of the speed of light, just like the A is an acceleration in F=MA?
 
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No.

1) Energy and force cannot be converted directly from one to the other.

2) c2 does not have units of acceleration (m/s2) -- it has units of velocity squared (m2/s2).

- Warren




Edit:
Fixed your bold tag

Integral
 
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