MyMapBohr Model of Carbon
The prompt
Create a Bohr model of carbon
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About the framework
Count carbon’s electrons by shell
The carbon example shows a nucleus labeled 6p+ 6n0 and six blue electron markers around two labeled shells. Its information card gives atomic number 6, electron arrangement 2, 4, and four valence electrons. The particle counts represent a neutral carbon-12 atom.
Use the diagram to connect the atomic number with proton count, then count the electrons assigned to each shell. The circular arrangement is a simplified classroom model rather than a picture of fixed electron paths or a scale drawing.
For an isotope lesson, keep the proton count and change the neutron label. For a valence lesson, highlight the four outer-shell electrons and ask students to explain how the information card matches the drawing.
What's included
What you get
- A nucleus labeled with six protons and six neutrons
- Two labeled electron shells
- Six electron markers representing the 2, 4 arrangement
- An information card naming atomic number and valence count
Bohr Model of Carbon
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Frequently asked questions
Common questions
Which isotope does this carbon model show?
Six protons plus six neutrons gives carbon-12. The title says carbon generally, but the nucleus label identifies that particular isotope.
Why are there four valence electrons?
The sample places two of carbon’s six electrons in the first shell and four in the second. The second shell is the outer occupied shell in this model.
Does the model show real electron orbits?
No. The rings help organize shell populations for introductory study. They should not be read as literal paths traced by electrons.
Bohr Model of Carbon
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