Nuclear Energy divides into Nuclear Fission as exemplified by the Atomic Bomb and our nuclear power reactors and Nuclear Fusion as exemplified by our Sun, all of the stars in our universe, and the hydrogen bomb. Fusion combines lighter nuclides into heavier nuclides, such as hydrogen to helium, losing some mass and releasing some energy as part of the fusion.
Stars fuse hydrogen to helium. Heavy stars move to fusing helium to carbon, then carbon to neon, neon to oxygen, oxygen to silicon, and finally silicon to iron 56. Iron 56 is the end of the line. All available fusion energy has been wrung out.
The alternate to fusion is nuclear fission, which splits heavier nuclides into lighter daughters, losing some mass and gaining some energy as part of the fission. For example uranium 235 can absorb a stray neutron and become uranium 236 which then fissions into daughter nuclides plus two stray neutrons. The stray neutrons released by the fission can excite other U235 atoms, thus the chain reaction. Some mass is lost and energy is released.
Also, radioactives such as iodine 131 are manufactured and used in medical diagnostics such as renal testing and thyroid uptake testing.
Examples of nuclear energy include nuclear power plants, nuclear weapons, and nuclear medicine for treating diseases such as cancer.
Nuclear energy is used to heat water and produce steam in a nuclear power plant. The steam then drives a turbine connected to a generator, converting nuclear energy to thermal energy, which is then transformed into electricity. Another example is using nuclear energy to heat homes or buildings through a nuclear reactor heating system.
Some examples of nuclear energy being converted to electromagnetic energy include nuclear power plants using nuclear reactions to produce heat, which then generates steam to power turbines that produce electricity. Additionally, nuclear reactors can be used to generate radiation, which can be converted into electromagnetic energy for medical imaging in devices like X-ray machines and MRI scanners.
Geothermal energy, which comes from the heat within the Earth's crust, and nuclear energy, which is generated from the splitting of atoms in nuclear reactions, are two examples of energy resources that do not come directly from the sun.
Some examples of energy conversions include: Chemical energy to thermal energy (burning fuel) Electrical energy to light energy (light bulb) Mechanical energy to electrical energy (generator) Nuclear energy to heat energy (nuclear reactor)
The sun Fire Steam Nuclear reactions coal
Electrical, Thermal, Chemical, Light, Nuclear, and Sound.
Examples of nuclear energy include nuclear power plants, nuclear weapons, and nuclear medicine for treating diseases such as cancer.
Nuclear bombs, nuclear power plants, the sun.
Nuclear energy
Nuclear weapons are weapons which are fueled by nuclear energy. Examples of weapons that can be fueled by nuclear energy are missile warheads and bombs.
nuclear power,fossil energy and alternative energy.
Energy transformation from a nuclear power plant
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Uranium is used as nuclear fuel in nuclear power reactors.
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Uranium is a nuclear fuel for nuclear power reactors.