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29 February, 07:09

In physics, energy E carries dimensions of mass times length squared, divided by time squared. Use dimensional

analysis to derive a relationship for energy in terms of mass m and speed v, up to a constant of proportionality. Set

the speed equal to c, the speed of light, and the constant of proportionality equal to 1 to get the most famous equation

in physics.

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Answers (1)
  1. 29 February, 07:25
    0
    Energy: kg m²s⁻²

    Mass = kg

    velocity = m/s

    E = kmv²; putting k = 1, v = c

    E = mc²
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