Silicon has 3 energy shells.
Bromine has 4 energy shells.
The protons and neutrons of cobalt just like any other element are located in the nucleus whereas the electrons are located in the energy shells.
A sodium atom has 3 energy shells.
Krypton has 4 energy shells, or electron shells, surrounding its nucleus. These shells are represented by the electron configuration of Krypton, which is 2-8-18-8.
Silicon has 3 energy shells.
Bromine has 4 energy shells.
The protons and neutrons of cobalt just like any other element are located in the nucleus whereas the electrons are located in the energy shells.
A sodium atom has 3 energy shells.
Berkelium has seven electron shells.
2
The electrons in actinium are disposed on seven energy levels.
Copernicium has 7 electron shells.
Tungsten atoms contain six energy levels (shells). The outermost energy level is the sixth energy level. It has two electrons in the 6s sublevel.
Krypton has 4 energy shells, or electron shells, surrounding its nucleus. These shells are represented by the electron configuration of Krypton, which is 2-8-18-8.
Technetium has 7 energy levels.
To create a cobalt Bohr model, first determine the number of protons and electrons in a cobalt atom (27). Place the protons in the nucleus and distribute the electrons in energy levels (shells) around the nucleus, following the rules of Bohr's model. The first energy level can hold up to 2 electrons, the second can hold up to 8, the third can hold up to 18, and the fourth can hold the remaining electrons.