Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part 27 Build an Atom Activity Bulid an Atom Activity 28 Sep 11, 2013 Sep 11, 2013 Connection Starter Application/ Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part Exit Answer using complete sentences. What are the two subatomic particles located in the nucleus of an atom? Explain why it is useful to construct models when studying atoms? Make a Venn diagram to compare the model with real atoms Practice

3. Atomic Structure Activity Agenda 1. Starter Atomic Practice 3. Atomic Structure Activity 4. Exit

Table of Contents Date Lecture/ Activity/ Lab Page 8/28 Syllabus /Notebook Guidelines 1-2 8/28 Periodic Table/ Formula 3-4 8/28 Tools/ Measurement 5-6 8/28 Lab Report/ Investigations 7-8 8/28 Restroom passes/Homework Log 9-10 8/29 Safety equipment 11-12 8/30 Atoms Vocabulary 13-14 9/3 Atomic Theory Research notes 15-16 9/4 Observation Activity 17-18 9/5 Model Activity 19-20 9/6 Atoms Notes 21-22 9/9 Atomic Charges 23-24 9/10 APEMAN 25-26 9/11 Build An Atom 27-28

Practice: Lets review how to make a Bohr Model of an atom

Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part 27 Build an Atom Activity Bulid an Atom Activity 28 Sep 11, 2013 Sep 11, 2013 Starter Application/Connection: Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part Build an Atom Exit Practice Answer using complete sentences. What are the two subatomic particles located in the nucleus of an atom? Explain why it is useful to construct models when studying atoms? Make a Venn diagram to compare the model with real atoms

Practice Create a model of the following atom then draw it into your spiral. Actually draw in the Protons and the Neutrons. Protons: 3 Neutrons: 4 Electrons: - + + + - -

Practice Create a model of the following atom then draw it into your spiral. Actually draw in the Protons and the Neutrons. Protons: 10 Neutrons: Electrons: +-+ +-+ +0+ +0+ +0+ +-+ +0+ +0+ + + +0+ +-+ +-+ +0+ + +0+ + +-+ +0+ +0+ +-+ +-+ + + + + + + +-+ +-+

Practice Create a model of the following atom then draw it into your spiral. Actually draw in the Protons and the Neutrons. +-+ Protons: 12 Neutrons: 13 Electrons: +-+ +-+ +0+ +++ +0+ +0+ +0+ + + +0+ +-+ +-+ +-+ +0+ + + +++ +-+ +0+ +0+ +-+ +-+ + +-+ + + + +0+ + + +0+ +0+ +-+ +-+

Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part 27 Build an Atom Activity Bulid an Atom Activity 28 Sep 11, 2013 Sep 11, 2013 Starter Application/Connection: Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part Build an Atom Exit Practice Answer using complete sentences. What are the two subatomic particles located in the nucleus of an atom? Explain why it is useful to construct models when studying atoms? Make a Venn diagram to compare the model with real atoms

Connection Pick and atom from the periodic table between 2-18. You will create a model of the atom on a poster using markers . First create a key deciding which color you will use to represent your protons, your neutrons, and your electrons. Remember electrons are smaller than both protons and neutrons. You will need to show the number of protons, the number of electrons, and the number neutrons in the atoms. Also you will need to give the name of the atom, its mass, m and where the electrons are located in the atoms.

Example Hydrogen - + Hydrogen H 1 1 1 1 1

Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part 27 Build an Atom Activity Bulid an Atom Activity 28 Sep 11, 2013 Sep 11, 2013 Starter Application/Connection: Draw an atom with 4 protons, 5 neutrons, 4 electrons. Label each part Build an Atom Practice Exit Answer using complete sentences. What are the two subatomic particles located in the nucleus of an atom? Explain why it is useful to construct models when studying atoms? Make a Venn diagram to compare the model with real atoms

Exit Answer using complete sentences. What are the two subatomic particles located in the nucleus of an atom? Explain why it is useful to construct models when studying atoms? Make a Venn diagram to compare the model with real atoms