Where would we get the bohr-rutherford diagram for Zinc?

Answer 1

You can figure it out.

If a neutral atom of zinc has an atomic number of 30, and a mass number of 65, then it has 30 protons, 35 neutrons, and 30 electrons.

Protons and neutrons are found in the nucleus.
So, draw a circle. Write "30p+" and "35 n" inside it.
This represents the nucleus.

In Bohr's model, electrons orbit the nucleus at specific energy levels. The first level holds up to 2 electrons.
The second holds up to 8.
The third holds up to 8.
The fourth holds up to 18.
We use dots to represent electrons.

Draw a ring around the nucleus.
Add two dots to the ring, usually at noon and 6:00.

Draw another ring around the first one. Draw eight dots: two at noon, two at 3:00, two at 6:00, and two at 9:00.

Continue adding rings and electrons.
You should end up with twelve dots in the outermost ring.

(Which doesn't correspond with the Lewis diagram for zinc, but that's another story....)

Answer 2

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Where would we get the bohr-rutherford diagram for Zinc?