1. He successfully carried out a nuclear transmutation reaction, a process of transforming one element or isotope into another element.
A. Chadwick C. Mendeleev
B. Moseley D. Rutherford
2. This is also known as Nucleosynthesis.
A. S-Process
B. R-Process
C. Nuclear Fission
D. Proton-proton Reaction
3. This is known as the origin and production of heavy elements.
A. Stellar Nucleosynthesis
B. Primordial Nucleosynthesis
C. R-Process
D. Supernova Nucleosynthesis
4. It was created by bombardment of molybdenum by deuterons (heavy hydrogen, H12), by Emilio Segre and Carlo Perrier in 1937.
A. Oxygen
B. Helium
C. Technetium
D. Uranium
5. Process that can produce elements up to #83- Bismuth.
A. Nuclear Fission
B. R-Process
C. S-Process
D. S-Process
6. This is known as the origin of light elements.
A. Stellar Nucleosynthesis
B. Primordial Nucleosynthesis
C. R-Process
D. Supernova Nucleosynthesis
7. It is also known as nuclear fusion and the formation of new nuclei actions in the early stages of development of the universe.
A. Nucleosynthesis
B. S-Process
C. R-Process
D. Singularity
8. In this process there's a buildup of a VERY heavy isotope, then as beta-decays occur, you march up in atomic number and produce heavy product.
A. S-Process
B. R-Process
C. Nuclear Fission
D. Proton-Proton Reaction
9. These are elements with atomic numbers beyond 103.
A. SuperHevy Elements
B. Gases Elements
C. Lightest Element
D. Halogens
10. This occurs in the main sequence of stars.
A. Stellar Nucleosynthesis
B. Primordial Nucleosynthesis
C. R-Process
D. Supernova Nucleosynthesis​