the energy production in the sun
the hydrogen bomb
Two atoms joining together at great temperatures to form one atom. There is a huge energy release as there is more energy needed to hold one atom together than two, so the surplus energy is released.
It is the process of combining atomic nuclei under enormous pressure and heat. Example: 2 Hydrogen atoms having 1 protons are combgined together to form 1 helium atom that has 2 protons in its nuclei. In this process energy and radiation is produced.
inertial confinement fusion I just did the quiz your welcome
The energy production in the sun Apex as of Dec 8th
for apex its the hydrogen bomb and energy production in the sun
gravity and radiation pressure from thermonuclear fusion.
fusion of hydrogen atoms
The Sun and other stars generate tremendous amounts of energy, resulting in their characteristic heat and light, from fusion processes which occur in the star's core. The most common is the fusion of hydrogen into helium, although other fusion processes also take place depending on things like the age and mass of the star. If you calculate the amount of mass converted into energy in the fusion of hydrogen into helium - about 0.7% of the mass - and multiply that by the square of the speed of light (per Einstein's famous formula, E=mc^2) that's a lot of energy!
No. The moon does not produce any light of its own. It only reflects light from the sun. It does not have enough mass to ignite nuclear fusion, nor is it of the right composition. Finally, nuclear fusion and combustion are two completely different processes.
Nuclear Fusion
Inertial confinement fusion
Answer this question… inertial confinement fusion
It's A and C. The sun and most other stars are fusion reaction engines, and hydrogen bomb (perhaps more properly a fusion nuclear weapon) apply nuclear fusion to do what they do.
fission and fusion
None of the "following" processes.
Inertial confident fusion
fusion of gametes
Fusion power is the power generated by the nuclear fusion processes. Fusion power is a primary area of researc in plasma physics. For example, the sun is a natural fusion reactor.
Fusion reactions are not limitless. The fusion process can exhaust the supply of fuel and cause fusion to stop. Additionally, there are fusion processes that are not exothermic, but are endothermic and require energy to be put in to sustain them. Without the requisite input energy, fusion ceases.
Karyogamy is the fusion of the nuclei in the cell, while Plasmogamy is the fusion of cytoplasm in the cell, but not the nuclei.
Nuclear processes that can release large amounts of energy.
Initially it is hydrogen. When that is spent, stars move to fusion of helium. There are also other fusion processes which take place: which process depends on the stars' mass.