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I rather believe the question ask the kinetic energy equals to rest mass energy of electron. If it would state the figure of rest mass of 9.111 x 10-31 kg = kinetic energy of 9.111 x 10-31 J the unit should be given more clearly. It is given rest mass of 9.111 x 10-31 kg and rest mass energy is calculated by E = mC2 The kinetic energy is Ek = mC2/(1-v2/C2)0.5 - mC2 and for Ek = mC2 It is solving for mC2 = mC2/(1-v2/C2)0.5 - mC2 --> 2mC2 = mC2/(1-v2/C2)0.5 2 = 1/(1-v2/C2)0.5 Solve for v should not be too hard for you. Now, the momentum You must notice that when v is close to speed of light (C), you can't simply use momentum = mv but rather P = mv/(1-v2/c2)0.5 Use v obtained from above to solve for momentum.
For many reasons. The simplest one is: [mass] times [speed] does not have the dimensions of [energy], but [mass] times [speed squared] has.
Yes. It is a conservation law, showing that mass and energy are only different manifestations of the same thing.
E = energy e=mc2 (or Engergy (e) equals Mass (m) times the Velocity of Light (c) squared {the speed of light times itself}).
E=mc2
Einstein's famous equation, E=mc^2, can be proven through the principles of special relativity. The equation shows the equivalence of energy (E) and mass (m) through the speed of light (c) squared, indicating that a small amount of mass can be turned into a large amount of energy. This relationship has been confirmed through various experiments and observations, showing its validity in the understanding of the universe's fundamental laws.
E (Energy) equals M (Mass) times C2 (speed of light square)
No. E=mc2 is a formula. Energy equals mass times the speed of light squared.
The formula is E=mc2.
Scientists applied Albert Einstein's equation E=mc^2 by using it to understand the relationship between energy and mass. This equation shows that mass can be converted into energy and vice versa, which has led to advancements in nuclear physics, such as in the development of nuclear weapons and nuclear power.
He discovered "E=Mc2"
no.
The formula E=mc^2 was immortalized by Albert Einstein in his theory of special relativity, published in 1905. It describes the equivalence of energy (E) and mass (m) and plays a crucial role in understanding the relationship between matter and energy in physics.
yes it is.
mass
The concept of E=MC2 was discovered by Henri Poincare.
There is no sum of e=mc2, it is an equation concerning matter and energy. e=mc2 stands for: Energy equals mass times the velocity of light squared. E = M C 2