The question is not specific. Is this question about the amount of energy released or how the energy released?
I'll answer for both of them, the amount of energy to be released depends on the fuel like U235 and Pu239 etc, and mass of them.
The energy is released by the conversion of mass into energy. when the U235 breaks into two other nuclei, there will be the mass defect. this will be converted into energy.
i hope your problem is solved. other wise, please specify your question.
Atoms cannot be 'split apart' by normal chemical reactions. (This is the definition of an atom). When fused to molecules the formation energy is released (exothermic-) or taken up (endothermic formation).
Depends on the reactants. Use E=mCsquared, where E=energy, m=mass lost during reaction, and C=speed of light, so C=3x10 to the power 8. solar energy
Nucleus Energy .
Nuclear energy
energy is released or absorbed.
Reactions involve absorption and release of thermal energy. Heat is either absorbed or released.
When more energy is released than that which is provided, this is referred to as an exothermic reaction.
No. Most chemical energy is potential (stored) energy. Energy that is released by chemical reactions is a form of kinetic energy.
ATP stores chemical energy in its phosphate bonds. Energy is released when the phosphate bond is broken.
Nuclear Reaction.
Atomic energy is really a misnomer for nuclear energy. It is the fissioning of the nucleus which causes energy to be released. At the atomic level we are dealing with chemical reactions, but in the early days people did talk of atomic power and atomic bombs.
The binding energy in atomic nuclei. This energy is transmitted by the strong force.
Energy (in the form of heat), also free neutrons.Binding energy
Exothermic reactions.
An incredible amount of electromagnetic energy is released by atomic reactions but it does not provide any thrust. It is more effective to capture the energy that is released in water and use it to produce steam and drive turbines.
The light reactions provide energy carriers for the dark reactions.
energy is released or absorbed.
The light reactions provide energy carriers for the dark reactions.
The light reactions provide energy carriers for the darl reactions.
Activation energy is needed to start a chemical reaction. This energy is used to join the reactants together or break them apart. If a reaction is exothermic then it gives energy out. If it is endo thermic then the reaction takes energy in.
Fission and/or fusion of atomic nuclei.