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A worksheet to practice drawing the Bohr model for different elements. Fill in the number of electrons for each element and color the correct number of electrons for each orbit.
Bohr Models 1. 1 1 H Hydrogen 1.01 2 3 4 Li Be Lithium Beryllium 6.94 9.01 11 12 Na Mg Sodium Magnesium 22.99 24.31 19 20 K Ca Potassium Calcium 39.10 40.08 37 38 Rb ... +Atomic Structure Worksheet pages 10-11 This assignment is to be completed below in the space provided. 9. 10. 11.
The following Bohr model diagram represents an oxygen atom. Examine the diagram, then answer the following questions: a) Why is this not a stable electron arrangement?
You will be given a Bohr Model Diagram Template to practice drawing Bohr models. Make sure to write the symbol and atomic number (# of protons) for each model in the space
Bohr Model Diagrams Locate the following Elements on the Periodic Table. Find the Atomic Number, Atomic Mass and determine how many Protons, Electrons and Neutrons are in the Atom. Once you have found your answers draw a Bohr model representing your Atom placing the electrons, protons, and neutrons where they go in the diagram. 1. Beryllium – 2.
Draw the Bohr Models showing all the electrons in each energy level. Magnesium compounds are used in the production of uranium for nuclear reactors. Draw the Bohr model for magnesium. Sodium is found in salts that can be used to seed clouds to increase rainfall. Draw the Bohr model for sodium. Neon is often found in lasers.
Use the information provided for each element to draw Bohr Model diagrams. Rather than drawing individual protons and neutrons, you may simply label how many of each there are in the nucleus (e.g. He: 2p, 2n). Then, draw the individual electrons on the appropriate energy levels (keep in mind the maximum number of electrons allowed on each level).
