A. Nuclear fission.B. Chemical reaction.C. Nuclear fusion.D. Photoelectric effect.Answer: C. Nuclear fusion.
Explanation: - The transformation of Hydrogen atoms into Helium atoms with an emission of energy is called nuclear fission which is the source of energy for the Sun.
- At the core where temperature and pressure are very high, hydrogen atoms fuse into helium releasing energy in the form of Gamma rays which in turn work their way up from the core of the Sun and out into space in the form of Sunlight.
- The generation of energy in the Sun from a process known as nuclear fusion.
- During, this fusion, the temperature and high pressure in the sun's core area cause nuclei to separate from their electrons.
- In this process conversion of hydrogen to helium atom takes place. During the process of nuclear fusion, radiant energy is released.
- Nuclear Fission is defined as nuclei of the atom splits into two or more nuclei atom resultant in a nuclear fission product.
A. Nuclear fission.
B. Chemical reaction.
C. Nuclear fusion.
D. Photoelectric effect.
Answer: C. Nuclear fusion.
Explanation:
- The transformation of Hydrogen atoms into Helium atoms with an emission of energy is called nuclear fission which is the source of energy for the Sun.
- At the core where temperature and pressure are very high, hydrogen atoms fuse into helium releasing energy in the form of Gamma rays which in turn work their way up from the core of the Sun and out into space in the form of Sunlight.
- The generation of energy in the Sun from a process known as nuclear fusion.
- During, this fusion, the temperature and high pressure in the sun's core area cause nuclei to separate from their electrons.
- In this process conversion of hydrogen to helium atom takes place. During the process of nuclear fusion, radiant energy is released.
- Nuclear Fission is defined as nuclei of the atom splits into two or more nuclei atom resultant in a nuclear fission product.
