How to Draw a Bohr Model?


To draw a Bohr Model you must first pick an element. Start out by drawing a large circle to represent the nucleus. Inside of this nucleus, write down how many positive ions you have, based on the atomic number. Draw lines to represent the electron shelves (energy levels) and fill those in with the electrons in the element. Lastly, you write the number of neutrons beside the number of protons in the nucleus. You can find more information here:
Q&A Related to "How to Draw a Bohr Model"
By placing the amount of protons & neutrons inside of a circle, represented by dots, and you place the number of electrons on the edge of the circle. Ex. Hydrogen has one proton
1. Add the # of protons and neutrons which will equal the electrons. (protons+neutrons=electrons) 2. On the first circle you can only put 2 electrons on the second you can only put
Go to the link attached for,, search bohr sulfur to pull up a
1. Create the nucleus of your Bohr atom by placing an orange or other round fruit on a flat surface. The nucleus consists of protons and neutrons clumped together, but for a simple
2 Additional Answers Answer for: how to draw a bohr model
How to Draw a Bohr Model
Drawing a Bohr model requires a very specific step-by-step process. Learn how to draw a Bohr model with help from an artist in this free video clip.... More »
Difficulty: Moderate
A Bohr model of Fluorine is a very simple representation. Just first draw a circle for a nucleus, write how many protons and neutrons are located there. Then, draw circles around the nucleus, and draw how many electrons are in each orbital.
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The Bohr model is a model in atomic physics that consists of a small, positively charged nucleus surrounded by negatively charged electrons similar to the solar ...
Bohr model of Yttrium is a universal accepted and used mode of arrangement of atoms. Bohr model is a study tactic used to determine the electrons around the nucleus ...
The Bohr model is one that portrays the structure of an element atom. In the model, the atom is a small, positively charged nucleus surrounded by electrons that ...
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