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Due Thursday Feb 9, 2017!-NO Exceptions! Build An Atom Problem: You have learned about the people who developed a picture of what atoms look like and you have learned the pats of an atom. Now, create an atom. Use craft materials to design and produce your own model of an atom. Worth: 30 pts. Possible Materials: small balls glue small Styrofoam balls floral foam craft wire small pompoms large styrofoam balls foam ping pong balls Directions: 1. You will be assigned an element. 2. You will then: * On a separate sheet of paper you will list everything you know about protons, neutrons, and electrons, and their behavior for your particular element. You will also draw the atomic structure for that element. * You will then create a model of your atom showing the electrons in their energy levels, protons, neutrons, and the nucleus. You will also have to identify the protons and neutrons located in the nucleus, and the electrons located outside the nucleus on a small key attached to your model. *You can make your model free standing or mounted on a firm construction board. HONORS: Period 1 only DUE Thursday Feb 9, 2017!!!-NO Exceptions! Build An Atom Problem: You have learned about the people who developed a picture of what atoms look like and you have learned the pats of an atom. Now, create an atom. Use craft materials to design and produce your own model of an atom. Worth: 30 pts. Possible Materials: small balls craft wire small pompoms glue large styrofoam balls small Styrofoam balls foam ping pong balls floral foam Directions: 1. You will be assigned an element. 2. You will then: * On a separate sheet of paper you will list everything you know about protons, neutrons, and electrons, and their behavior for your particular element. You will also draw the atomic structure for that element. * You will then create a model of your atom showing the electrons in their energy levels, protons, neutrons, and the nucleus. You will also have to identify the protons and neutrons located in the nucleus, and the electrons located outside the nucleus on a small key attached to your model. *You can make your model free standing or mounted on a firm construction board. *include the electron-configuration notation for your atom.
