Fusion reactions decrease the overall number of particles in the core, causing the core to shrink, converting gravitational potential energy into thermal energy, and increasing the rate of fusion.
The critical temperature for nuclear fusion in a star's core is around 10 million degrees Celsius. At this temperature, hydrogen nuclei can overcome their mutual repulsion and fuse to form helium, releasing energy in the process. This energy production is what causes a star to shine.
Stars must be formed by the agglomeration of material under gravitational forces. When the mass of material is high enough the pressure in the mass will get to the point where it causes enough heat to start a nuclear fusion reaction, which then goes on producing heat for billions of years.
First you have the birth , childhood , midlife and then death our sun is beleived to be in the process of just starting midlife so we got a couple million years left to enjoy it and then we must flee .
The oldest thing in the world is considered to be the universe itself, estimated to be about 13.8 billion years old according to current scientific theories. Other ancient things include certain rocks and minerals on Earth that date back billions of years.
No, a star must have a minimum mass of about 0.08 times the mass of the Sun in order to sustain nuclear fusion in its core and qualify as a star. Stars with less mass are known as brown dwarfs and do not undergo the same fusion processes as stars.
Yes you can. Obviously Fusion Recovery must target a Polymerization, not Dark Fusion.
Your perspective when viewing it.
No, the 'Neos' fusion monsters state how they must be summoned on their cards. The monsters must be returned from field to deck, you can't summon them like regular Fusion monsters using a fusion card and components in hand.
To replace the regulator on a 2006 Ford Fusion, you must engage a mechanic.
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Nuclear fusion in stars is quite slow; typically the star exhausts its entire fuel supply in millions, billions, or even trillions of years. To make it practical on Earth, temperatures and pressures must be achieved that are quite a bit higher than those in the cores of stars. But even the pressures and temperatures in the cores of stars are hard to achieve - we are talking about temperatures of several million degrees, as well as very high pressures. For example, no regular container can withstand such a temperature.
No. Gladiator Beasts must be on the field to Contact Fuse. When the appropriate Fusion Materials are on the field, you can return them to your Deck to Fusion Summon the appropriate Gladiator Beast Fusion Monster.
If you activate polymorization, then yes you may fuse monsters in your hand, or on the field. You must also have the correct fusion monster in your fusion deck.
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Polymerization is used to Fusion Summon Fusion Monsters from your Extra Deck in Yu-Gi-Oh!. You do not create a "new" monster out of thin air. You must have included the Fusion Monster you are trying to Summon in your Extra Deck. You must also fuse the monsters that are listed on the Fusion Monster.To Fusion Summon a Fusion Monster, you activate Polymerization (unless specifically stated otherwise, such as on XYZ-Dragon Cannon) and send the appropriate Fusion Material Monsters to the Graveyard (from your Hand or your side of the field). Once this criteria is met, place the appropriate Fusion Monster on the field in face-up Attack or Defense Position. Note that this is treated as a Fusion Summon.PolymerizationSPELL/NormalSend Fusion Material Monsters that are listed on a Fusion Monster Card from your Hand or your side of the field to the Graveyard, and Special Summon that Fusion Monster from your Extra Deck.
You must be playing a team match and have both members of the fusion on your team. Then if you check the last tab of the move list, it should tell you the button press needed to initiate the fusion.