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Two hydrogen nuclei fuse together from STRONG gravitational force and with lots of HEAT. After the two hydrogen nucleus fuse you get a helium and it transforms some mass to energy that releases. Pressure also plays a role by pressuring the two hydrogens together.

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2 hydrogen nuclei fuse together with strong gravitational force with a lot of heat. Then, this forms helium which then converts mass to energy that will eventually be released. In addition, pressure plays a role in this conversion by pressuring two hydrogen atoms together.

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Begins with protons which fuse together trough heat and pressure and gravity creating helium.

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Begins with protons which fuse together trough heat and pressure and gravity creating helium.

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Two hydrogen atoms play the main role during fusion creating a helium atom and energy.

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Two hydrogen atoms play the main role during fusion creating a helium atom and energy.

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The primary source of solar energy, and that of similar size stars, is the fusion of hydrogen to form helium

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The particles that play a role during this process are 2 hydrogen atoms. These 2 hydrogen atoms are fused together which create a helium atom and energy.

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hydrogen protons play the main role during fusion because nuclear fusion happens when two protons such as hydrogen get forced together and fuse. After the fusion it creates a helium atom

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The forces that bring the hydrogen atoms together are heat, pressure and gravity force in the core. Since both the hydrogen atoms have the same positive charge, heat and gravity is need to fuse them together.

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The forces that bring the hydrogen atoms together are heat, pressure and gravity force in the core. Since both the hydrogen atoms have the same positive charge, heat and gravity is need to fuse them together.

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the particles that play the main role during fusion are two hydrogen atoms that fuse to create a helium atom

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2 hydrogen nuclei fuse together from gravity and heat. Then, helium is created and energy is released from the mass.

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two items of hydrogen  fuse because of the gravitational force, heat and pressure which makes helium and the lost mass converts into energy. 

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two items of hydrogen  fuse because of the gravitational force, heat and pressure which makes helium and the lost mass converts into energy. 

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Heat, Gravitation force, and pressure are the forces that bring atoms together in the core. It is difficult to bring these atoms together because since both hydrogens are positively charged, the two particles repel eachother and dont want to fuse.

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The forces that brings these atoms together are heat, gravity, and pressure. It is difficult for these atoms to get close to each other due to them having the same positive charge which repels them.

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Two hydrogen atoms play the main role during fusion which creates a helium atom and energy.

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When both hydrogen atoms fuse together mass is loss which create energy through the heat and pressure. The mass is converted into energy.

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When both hydrogen atoms fuse together mass is loss which create energy through the heat and pressure. The mass is converted into energy.

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two hydrogen nuclei fuse toether from gravitational forces and with lots of heat. As a result of these two fusions, helium is created that then gets released.

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Two hydrogen atoms are the main role, once both hydrogen atoms are fused together they create a helium atom

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After nuclear fusion occurs it turns a hydrogen into helium and some of the mass gets turned and released as energy.

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hydrogen nuclei fuse together from gravity and heat, then that forms helium

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The main conditions that occur in the core of the sun for nuclear fusion are 2 hydrogen fuse together with gravitational force with heat and pressure .

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hydrogen atoms fuses together creating helium. the gravity pushes atoms that repel from each other which creates a new element and releases energy.

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The main conditions that causes Nuclear Fusion to occur in the core of the sun are two hydrogen atoms fused together with a lot of heat and pressure from gravity.

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heat, gravity and pressure bring the hydrogen atoms together. Both of the hydrogen atoms have a positive charge which makes them repel each other which is why they need the suns gravity, heat and pressure to fuse in the suns core.

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The main conditions for Nuclear fusion to occur is gravitational force which makes two hydrogen atoms fuse together creating a helium atom releasing large atom of mass which is convert into energy

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Two hydrogen atoms are the main role, once both hydrogen atoms are fused together they create a helium atom.

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due to strong gravity heat and pressure the two hydrogen atoms fuse creating helium, any mass that was lost gets released as energy

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Two hydrogen would fuse together while they are under strong gravitational force and heat.

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Two hydrogen would fuse together while they are under strong gravitational force and heat.

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Two hydrogen atoms fuse together with the use of strong gravitational force and with a high level of heat. But pressure is also needed for this to happen. After these two hydrogen atoms combine, it creates helium atom.

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hydrogen nuclei come together from the suns heat and gravity, this creates helium which later its energy is released from the mass

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Hydrogen atoms play the main role during a Fusion because a Fusion happens when two hydrogen atoms fuse. The Fusion will create a helium atom and release energy.

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two hydrogen atoms play the main roles, when they fuse together it creates a helium atom

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After nuclear fusion happens, hydrogen converts into helium and then it causes it to lose some of its mass. This lost mass then eventually turns into energy.

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Two hydrogen atoms fuse together with the use of strong gravitational force and with a high level of heat. But pressure is also needed for this to happen. After these two hydrogen atoms combine, it creates helium atom.

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the main conditions that occur in the core of the sun of in order for nuclear fusion to happen is when two hydrogen atoms fuse together in order to create energy of the sun, in which releases helium. Nuclear fusion causes the sun to become intact because of the gravitational force that later converges or collides with the energy that is being caused because of nuclear fusion.

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the forces that bring the atoms together is heat, gravity and pressure. It is difficult for these atoms to fuse because both hydrogen atoms are positive which makes them repel each other.

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two hydrogen nuclei fuse together from gravitational forces and with lots of heat. As a result of these two fusions, helium is created that then gets released.

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The hydrogen play the main role into fusing together to create a helium atom which some of the mass released is convert into energy.

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Hydrogen particles play the main role during Fusion because the two hydrogen fuse together to create a helium atom.

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The particles that play the main role during fusion is two hydrogen atoms because they fuse together they create a helium atom

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Energy is used to break bonds in reactants, and energy is released when new bonds form in products.

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gravity heat and pressure brings the hydrogen and helium atoms together in the core of the sun, however it is difficult for them to fuse as they are both positively charged

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The main conditions that are needed for nuclear fusion to occur is huge amounts of heat, high pressure, and an enormous amount of gravity.

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The main particles that play a role in the fusion are two hydrogen atoms, which after creating a helium atom and energy.

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The gravity and pressure from the sun’s core is what brings the two hydrogen atoms together. This is difficult for two hydrogen atoms without the gravity and pressure from the sun because hydrogen atoms have positive charges, and would want to repel each other.

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Before the Fusion two hydrogen atoms play a roll in creating the new element Helium which is also another big role after the Fusion.

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Nuclear fusion is when two hydrogen nuclei fuse together in the core of the sun due to the strong gravity and the high heat temperatures. After the nuclear fusion the two hydrogen nuclei positively charged fuse releasing one helium atom and the majority of the mass is converted into energy. Pressure also play an important role in the nuclear fusion, pressure force the two nuclei atoms to get closer and fuse together.

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Hydrogen particles play the biggest role before fusion and after they fuse it would create helium.  

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Hydrogen particles play the biggest role before fusion and after they fuse it would create helium.  

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heat, gravity and pressure brings the atoms together in the core of the sun, it is difficult because they repel from each other

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After nuclear fusion occurs, the two hydrogen atoms fuse and create helium and the lost mass is converted into energy that is released.

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The forces that bring atoms together is lots of heat,lot of pressure and gravity in the center of the suns core. It hard to bring both hydrogen atoms together since they both have the same positive charge making them repel each other.

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The gravitational force is used to bring the hydrogen nuclei together because of the intense use of power and pressure to be forced together.

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The forces that bring the atoms together is heat,gravity,and pressure. Its difficult for these atoms to get close to each other because both hydrogen atoms are positive which makes the repel each other.

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the main conditions that occur in the core of the sun for nuclear fusion to occur is heat, gravity, and pressure. Pressure plays a role by bring the hydrogen atoms together. The hydrogen atoms fuse together in the core of the sun releasing helium which then the mass converts into energy. 

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the main conditions that occur in the core of the sun for nuclear fusion to occur is heat, gravity, and pressure. Pressure plays a role by bring the hydrogen atoms together. The hydrogen atoms fuse together in the core of the sun releasing helium which then the mass converts into energy. 

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the hyrogen atoms fuse together in the core of the sun which then releases into helium 

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the hyrogen atoms fuse together in the core of the sun which then releases into helium 

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the particles that play the main role during fusion are... Before:  hydrogen atoms which have a positive charge. After these two hydrogen atoms fuse together, they  create helium and release energy.  

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the particles that play the main role during fusion are... Before:  hydrogen atoms which have a positive charge. After these two hydrogen atoms fuse together, they  create helium and release energy.  

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Two hydrogen atoms fuse together. After the fusion the results will be one helium atom and energy will release.

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After both hydrogen atoms fuse together, there is a mass lost which is the energy that is released.

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the hydrogen and gravity play the big parts

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both hydrogen atoms fuse together and there is a mass lost which is the energy that is released.

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the mass is converted into energy, the energy comes out as heat, pressure or gravity.

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the forces that bring the atoms together in the core are heat, pressure and gravity which occurs in the core. since these atoms have a positive charge it is hard for them to fuse together . These two hydrogen atoms repel each other and don't fuse 

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the forces that bring the atoms together in the core are heat, pressure and gravity which occurs in the core. since these atoms have a positive charge it is hard for them to fuse together . These two hydrogen atoms repel each other and don't fuse 

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the mass from the sun is converted into energy by heat, gravity and pressure 

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the mass from the sun is converted into energy by heat, gravity and pressure 

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The main conditions that occur in the core of the Sun for Nuclear Fusion is the extreme amount of gravitational force that pulls two hydrogen atoms towards each other producing pressure from the resistance from the two atoms combined with the Sun's extreme heat inside the Sun where the two hydrogen are at.

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Two hydrogen forcefully fusing together resulting in creating helium play a main role during Fusion.

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Two hydrogen nuclei fuse together creating helium and release energy by converting some of the hydrogen mass into energy

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Gravitational force is mainly the one to bring the two atoms together because those atoms actually cannot get close to each other no matter what, but only the gravitational force from the Sun itself is strong enough to bring those atoms towards each other to be able to fuse together.

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Once two hydrogen atoms fuse together generating new energy like helium it also releases a certain amount of mass from the Sun.

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The main conditions which occur in the core of the sun for nuclear fusion to occur is the fusion of two hydrogen atoms with gravity and with the additions of pressure and heat

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Two hydrogen atoms are the main role during Fusion which then fuse together to create helium

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Pressure, heat, and gravitational force all brings the atoms together in the core of the sun
It's difficult for these atoms to get close to each other because they naturally repel each other since they're both positively charged

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As of a result of the nuclear fusion, some mass is lost which eventually gets turned into energy

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the mass is converted into energy after the two hydrogen nuclei fuse together.