Bohr model of mercury

Answer 1

1. draw a circle and write in it 11 because that's its atomic number

2. because sodium is in the third period of the Periodic Table, draw 3 circles (shells) around the middle one

3. in the first shell draw two dots across representing electrons

4. next on the second shell draw 8 dots

5. on the third shell, draw 1 dot because the it is on group 1 of the periodic table

If you follow this format, you can do any element! You need to know the group, period, atomic number to do this, though.

Answer 2

The Bohr model of Mercury is the same as the Bohr model of any other atom of any other element. Picture an atom as a beach ball. We know that protons and neutrons (almost all of the mass of the atom) are bound tightly together in the tiny space that is the nucleus at the center of the ball. We also know that the electrons form up in shells and create a "cloud" around that nucleus that define the rest of the volume of the beach ball. That model is the Bohr model of the atom. The Bohr model of mercury is that the protons and neutrons are tightly bound together in a tiny space at the center of the atom and the electrons form a cloud around that nucleus. That model applies across the board to all the atoms of all the other elements.

ALSO, remember that when creating a BOHR diagram the element mercury has 80 dots in the circular diagram. Be aware this is quite alot and I would consider choosing a different element for your BOHR assingment for school, EX carbon or heilium. :)

Answer 3

The Bohr model of mercury describes the arrangement of electrons within a mercury atom based on Niels Bohr's atomic model. In this model, electrons are arranged in discrete energy levels or shells around the nucleus. The Bohr model helps to explain the spectral lines of mercury and its chemical behavior.