The process in which lighter elements stick together to create heavier elements is known as fusion. This is the process that will be used in the synthesis of a heavier atomic nuclei.
Subduction :D I'm barley 14
an example of this is the marinas trench of the coast of japan and the continental plate of the Philippine's. the more denser oceanic plate is forced under by the lighter continental plate. this normally happens at destructive plate margins.
The Sun's energy comes from nuclear fusion where hydrogen is slammed together with so much force that 4 hydrogen atoms will fuse together to form one helium atom. Nuclear fusion releases incredible amounts of heat energy. Other larger stars fuse the heavier elements when they collapse and then explode. This is called a super nova.
There are many opsec threats and how you can deal with it. Opsec is a process of protecting pieces of information and grouping them together to make a big picture.
Over time, minerals are created by elements bonding together to form other solutions. Since they are underground, there is nothing disrupts the process, which gives nature enough time to let the elements bond.
Nuclear fusion, of lighter elements onto heavier elements.
Nuclear fusion, of lighter elements onto heavier elements.
Nuclear fusion reaction
That is called "nuclear fusion".
The process is called fusion; hydrogen nuclei are fused together to make helium. At much higher temperatures and pressures, the helium can fuse into carbon and nitrogen and oxygen.
If you mean covalent bonding...well then they bonded.
Subduction!
It's the process that takes place in the cores of stars, creating heavier elements out of lighter ones, and liberating nuclear energy that leaves the stars in the form of electromagnetic radiation.
Nuclear Fusion
Atoms of a 'lighter' element collide and 'stick' together to make a heavier element. The most notable reaction, takes place in stars. Where Hydrogen fuses to make Helium, in the process energy is produced. Further fusion then takes place, to make other elements
Stars emit light through a process called "nuclear fusion", sometimes called "thermonuclear fusion". This should not be confused with "nuclear fission", the process used in nuclear power plants to produce electricity. In nuclear fission, the radioactive substance decays to a substance of lower atomic number (through bombardment of its nucleas), releasing considerable heat in the process. In nuclear fusion, the nuclei combine to form a substance of higher atomic number, again releasing considerable heat in the process.
No.All elements (since the creation of the Universe) are formed by either combining two lighter elements in to a heavier one (called nuclear fusion) or by splitting a heavy element into 2 (or more) lighter ones (called nuclear fission).It is believed that at the creation of the Universe mostly hydrogen (and some helium) was present. Hydrogen is by far the most common element. These are the two lightest elements. Inside stars these elements are fused together to form heavier elements. Our very own Sun, for example, fuses hydrogen atoms together to form helium. This process releases energy in the form of heat and light.A star is able to do this due to the tremendous heat and pressure within it. There are different types of stars, and some have even more staggeringly high pressures inside them allowing them to fuse together and form heavier elements than helium. It is believed that when a star dies, and goes supernova, the tremendous force at this point can fuse and create even heavier elements still. This explains why the heaviest elements are the rarest elements.So, we have stars to thank for all the elements that exist. The pressures and temperatures within the Earth are just not high enough to fuse atoms together.