You don't give the list of "the following elements". Suggest you look up Wikipedia entry for "Fission Products"
Typically 235U is hit with a neutron and then splits into 89Kr, 144Ba, 3 neutrons, and gamma rays.
The fission of U-235 produce energy due to the partial loss of mass that transforms into energy according to formula: E = Mc2 where c is the light velocity.
Energy and isotopes of smaller elements
No. It is the raw material for fission.
Energy
1. Fission products (lighter elements) 2. Energy from the loss of mass, appears initially as kinetic energy which is absorbed in the fuel bulk and transformed to thermal energy (heat) 3. Free neutrons-average 2.5 per fission 4. Gamma radiation
A stable nuclear fission reaction will be sustained if every fission produces one additional fission reaction.
another name for nuclear fission is: E=MC squared
what is the role of control rods in a fission reaction
Fission weapons use either uranium or plutonium. Both of these elements are radioactive, though the radiation is not what precipitates the nuclear reaction. So to answer the question, very little.
The reaction produces more neutrons than were needed to start it.
The first time a fission chain reaction was produced was in 1942
neutrons
The excess of neutrons produced.
High neutron capture elements (e.g Boron, Cadmium ) are used to control fission reaction.
Nuclear energy as used in power plants results from fission of uranium235 and plutonium239
1. Fission products (lighter elements) 2. Energy from the loss of mass, appears initially as kinetic energy which is absorbed in the fuel bulk and transformed to thermal energy (heat) 3. Free neutrons-average 2.5 per fission 4. Gamma radiation
Atomic energy is produced when atoms of uranium235 or other fissile material split, or undergo fission. It is nothing to do with fluorescence, and I don't understand 'heat mass'
A stable nuclear fission reaction will be sustained if every fission produces one additional fission reaction.
Nuclear Fission Energy is energy that is produced using fissionable elements. The most common is Uranium. Fission energy involves the fission heating water and turning a turbine, much like coal.
Fission is the splitting of heavy nuclei, mostly Uranium235 but also Plutonium 239, which is made to happen in nuclear fission reactors, and releases energy. Transmutation of elements occurs in this process as when the heavy nucleus splits, two lighter nuclei of other elements such as caesium, strontium, iodine, are formed, these are the fission products. Fusion is the joining together of two nuclei, the ones being experimented with being deuterium and tritium, both isotopes of hydrogen. These transmute to helium during fusion.
The products are very different.