I'll guide you on drawing the Bohr models for each of the given elements:
1. Lithium:
- Lithium has 3 protons (p+) and 4 neutrons (no).
- The Bohr model for lithium will have 3 electrons (e-) distributed in two energy levels (orbits).
- The first energy level can accommodate a maximum of 2 electrons, and the second energy level can hold the remaining electron.
- Draw the nucleus in the center and represent the first energy level as a circle closest to the nucleus. Place 2 electrons in this circle.
- Represent the second energy level as another circle further away from the nucleus and place 1 electron in this circle.
2. Fluorine:
- Fluorine has 9 protons (p+) and 10 neutrons (no).
- The Bohr model for fluorine will have 9 electrons (e-) distributed in two energy levels.
- Following the same steps as before, draw the nucleus, the first energy level, and place 2 electrons in it.
- The second energy level will hold the remaining 7 electrons.
3. Argon:
- Argon has 18 protons (p+) and 22 neutrons (no).
- The Bohr model for argon will have 18 electrons (e-) distributed in three energy levels.
- Draw the nucleus, the first energy level, and place 2 electrons in it.
- The second energy level will hold 8 electrons, and the third energy level will accommodate the remaining 8 electrons.
For the remaining elements you mentioned, here is the number of protons and neutrons for each, but I won't provide detailed Bohr models for all of them:
- Boron: 5 protons (p+) and 6 neutrons (no).
- Beryllium: 4 protons (p+) and 5 neutrons (no).
- Hydrogen: 1 proton (p+) and 0 neutrons (no).
- Phosphorus: 15 protons (p+) and 16 neutrons (no).
- Magnesium: 12 protons (p+) and 12 neutrons (no).
- Carbon: 6 protons (p+) and 6 neutrons (no).
Remember to place the electrons in the energy levels according to the rules of the Bohr model. The first energy level can hold a maximum of 2 electrons, the second energy level can hold up to 8 electrons, and the third energy level can hold up to 18 electrons.