arrange the events involved in nuclear fusion in the correct order. the colliding nuclei fuse to form larger…

arrange the events involved in nuclear fusion in the correct order. the colliding nuclei fuse to form larger helium atoms having two protons and two neutrons. bare nuclei collide with each other due to massive amounts of heat. the pressure of hydrogen gas increases, and the gas reaches extreme temperatures. hydrogen atoms shed their electrons.

arrange the events involved in nuclear fusion in the correct order. the colliding nuclei fuse to form larger helium atoms having two protons and two neutrons. bare nuclei collide with each other due to massive amounts of heat. the pressure of hydrogen gas increases, and the gas reaches extreme temperatures. hydrogen atoms shed their electrons.

Answer

Brief Explanations:

Nuclear fusion starts with hydrogen - gas pressure increase causing high temperatures. This makes hydrogen atoms shed electrons. Then bare nuclei collide due to heat and fuse to form helium.

Answer:

  1. The pressure of hydrogen gas increases, and the gas reaches extreme temperatures.
  2. Hydrogen atoms shed their electrons.
  3. Bare nuclei collide with each other due to massive amounts of heat.
  4. The colliding nuclei fuse to form larger helium atoms having two protons and two neutrons.