Can charge be converted to energy?
Answer: Explanation: No, they’re not, because they both must be conserved. A single electron cannot just transform into photons, because the electron has negative charge and the photons have zero charge.
Can mass converted into energy?
We can transform mass into pure energy, such as through nuclear fission, nuclear fusion, or matter-antimatter annihilation. We can create particles (and antiparticles) out of nothing more than pure energy.
What is the conversion of matter into energy?
Likewise when an object absorbs light it gains a tiny amount of mass. This phenomenon is known as matter-energy conversion. It operates at all levels, from the movement of electrons between shells to the fusion and splitting of protons and neutrons within a nucleus.
What does specific charge depend on?
Hint: Specific charge is equal to the charge by mass ratio. The mass of the electron depends on Einstein’s relativistic mass equation. Change in both the equations is observed.
Is it possible to convert energy from a chemical reaction?
This is a common question that applies to chemical reactions, batteries, and other common forms of energy conversion. The short answer is yes, but of course the change is negligible.
Can the energy of a chemical reaction be greater than its reactants?
The short answer is yes, but of course the change is negligible. In a chemical reaction you have a set of reactants and a set of products. If you were to take the mass of the reactants and sum them up, you would find them to be more than the sum of the mass of the products. This mass difference time c 2 is the energy of the reaction.
What is the mass difference time in nuclear reactions?
This mass difference time is the energy of the reaction. Again, this is by an amount that is so small that it is unmeasurable. The mass change from of nuclear reactor fuel after burning it at a large heat rate for 4 years is barely measurable itself, if you’re talking about putting the fuel on a scale and measuring it.
Is it possible to measure the mass change of nuclear fuel?
Again, this is by an amount that is so small that it is unmeasurable. The mass change from of nuclear reactor fuel after burning it at a large heat rate for 4 years is barely measurable itself, if you’re talking about putting the fuel on a scale and measuring it. Now come the qualifiers.