A Novel Mass-Energy Equation from Lorentz Factor and Energy of Motion

In the new version, a revision has been made in the last portion of section 4. For example, Momentum(P) is a product of the mass(m) of a moving object and its velocity(v). That is (i.e.), P =mv. Here, v =c denotes the speed of light that is the upper limit of velocity for all moving things in the universe and light has no mass. Therefore, P=mc is wrong. i.e., the velocity (v) of an object with its mass (m) must be less than the speed of light (c). Therefore, E = P(c/2) = mv(c/2), . Here, v(c/2) ≤(c2)/2. In section 3, Definition for variable-mass: Suppose a moving object loses its mass (m) at every unit of time and increases its velocity (v) proportionately with its mass (m). Then, the momentum (P) of the moving object is directly proportional to its velocity (v).